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1. The false omission rate of a test is 95% and its specificity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
2. The sensitivity of a test is 95%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
3. The sensitivity of a test is 85% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false omission rate of the test? | |
4. The precision of a test is 95% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
5. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
6. The false discovery rate of a test is 90% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
7. The false omission rate of a test is 95% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
8. The false positive rate of a test is 90% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
9. The false positive rate of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
10. The sensitivity of a test is 95% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
11. The precision of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
12. The false positive rate of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
13. The false negative rate of a test is 85% and its specificity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
14. The sensitivity of a test is 85% and its specificity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
15. The specificity of a test is 85% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
16. The false negative rate of a test is 85% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
17. The negative predictive value of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
18. The precision of a test is 90%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
19. The false discovery rate of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the sensitivity of the test? | |
20. The false discovery rate of a test is 90% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
21. The false positive rate of a test is 90% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
22. The false positive rate of a test is 95% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
23. The negative predictive value of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
24. The false positive rate of a test is 95% and its precision is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
25. The sensitivity of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
26. The specificity of a test is 90% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
27. The false omission rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
28. The false positive rate of a test is 90% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
29. The precision of a test is 85%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
30. The specificity of a test is 85% and its false negative rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
31. The specificity of a test is 90% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
32. The false discovery rate of a test is 85% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
33. The false positive rate of a test is 95% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
34. The false negative rate of a test is 90% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
35. The false negative rate of a test is 90% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
36. The false negative rate of a test is 95% and its precision is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
37. The specificity of a test is 95% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
38. The precision of a test is 95% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
39. The precision of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
40. The false negative rate of a test is 95% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false omission rate of the test? | |
41. The precision of a test is 95% and its specificity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
42. The specificity of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
43. The negative predictive value of a test is 90% and its precision is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
44. The false omission rate of a test is 85%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
45. The false positive rate of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
46. The false discovery rate of a test is 95% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
47. The specificity of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
48. The specificity of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
49. The false omission rate of a test is 90%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
50. The false discovery rate of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
51. The negative predictive value of a test is 95% and its precision is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
52. The false discovery rate of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
53. The specificity of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
54. The specificity of a test is 85% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
55. The false omission rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
56. The false negative rate of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
57. The false omission rate of a test is 85%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
58. The false positive rate of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
59. The negative predictive value of a test is 90% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
60. The sensitivity of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
61. The false positive rate of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
62. The negative predictive value of a test is 90% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
63. The specificity of a test is 90% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
64. The negative predictive value of a test is 95%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
65. The specificity of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
66. The sensitivity of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
67. The specificity of a test is 90% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
68. The false positive rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
69. The false negative rate of a test is 85%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
70. The specificity of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false omission rate of the test? | |
71. The false positive rate of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
72. The false discovery rate of a test is 85% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
73. The false discovery rate of a test is 95% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
74. The specificity of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
75. The sensitivity of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
76. The false positive rate of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
77. The false omission rate of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
78. The false discovery rate of a test is 85% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
79. The sensitivity of a test is 85%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
80. The false omission rate of a test is 95%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
81. The sensitivity of a test is 85% and its precision is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
82. The false negative rate of a test is 95% and its precision is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
83. The false discovery rate of a test is 85% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false omission rate of the test? | |
84. The false omission rate of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
85. The false positive rate of a test is 85% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
86. The false discovery rate of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
87. The false discovery rate of a test is 95% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false negative rate of the test? | |
88. The false positive rate of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
89. The precision of a test is 85%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
90. The negative predictive value of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
91. The false positive rate of a test is 90% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
92. The specificity of a test is 90% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
93. The false negative rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
94. The false negative rate of a test is 90% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
95. The precision of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
96. The false discovery rate of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the sensitivity of the test? | |
97. The specificity of a test is 95%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
98. The false omission rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
99. The false omission rate of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
100. The false discovery rate of a test is 95% and its specificity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the sensitivity of the test? | |
101. The false negative rate of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false positive rate of the test? | |
102. The false omission rate of a test is 85% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
103. The false positive rate of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
104. The false omission rate of a test is 85%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
105. The false negative rate of a test is 85% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
106. The precision of a test is 85% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the negative predictive value of the test? | |
107. The false negative rate of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
108. The precision of a test is 90% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
109. The false discovery rate of a test is 95% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
110. The precision of a test is 95% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
111. The specificity of a test is 85%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
112. The false omission rate of a test is 90%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
113. The precision of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
114. The precision of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
115. The sensitivity of a test is 90% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
116. The false positive rate of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
117. The sensitivity of a test is 95% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
118. The precision of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
119. The specificity of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
120. The false discovery rate of a test is 85% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false negative rate of the test? | |
121. The false negative rate of a test is 85% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
122. The false negative rate of a test is 90%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
123. The false negative rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
124. The precision of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
125. The false omission rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
126. The false negative rate of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
127. The negative predictive value of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
128. The negative predictive value of a test is 85% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
129. The precision of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
130. The specificity of a test is 85% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
131. The false discovery rate of a test is 90% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
132. The false negative rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
133. The false positive rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
134. The sensitivity of a test is 95%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
135. The negative predictive value of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
136. The false positive rate of a test is 85% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
137. The sensitivity of a test is 95% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
138. The specificity of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
139. The false discovery rate of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
140. The false discovery rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
141. The precision of a test is 85% and its false omission rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
142. The precision of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
143. The sensitivity of a test is 90% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
144. The precision of a test is 90%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
145. The precision of a test is 95% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
146. The precision of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the sensitivity of the test? | |
147. The false negative rate of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
148. The false negative rate of a test is 90% and its specificity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false positive rate of the test? | |
149. The false negative rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
150. The false discovery rate of a test is 85% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
151. The false positive rate of a test is 90% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
152. The false discovery rate of a test is 85% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
153. The false discovery rate of a test is 95%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
154. The precision of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false positive rate of the test? | |
155. The sensitivity of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
156. The negative predictive value of a test is 95%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
157. The sensitivity of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
158. The false positive rate of a test is 95% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
159. The precision of a test is 85% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
160. The precision of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
161. The false discovery rate of a test is 90%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
162. The false negative rate of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
163. The negative predictive value of a test is 90%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
164. The false negative rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
165. The negative predictive value of a test is 90% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
166. The false negative rate of a test is 90%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
167. The negative predictive value of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
168. The false negative rate of a test is 95% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
169. The precision of a test is 95% and its sensitivity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
170. The precision of a test is 90% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
171. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
172. The false positive rate of a test is 85%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
173. The sensitivity of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
174. The negative predictive value of a test is 95%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
175. The false discovery rate of a test is 95% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
176. The specificity of a test is 95% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
177. The specificity of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
178. The false omission rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
179. The specificity of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the sensitivity of the test? | |
180. The negative predictive value of a test is 85%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
181. The false omission rate of a test is 90% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
182. The false omission rate of a test is 95% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false negative rate of the test? | |
183. The sensitivity of a test is 85% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
184. The false positive rate of a test is 90% and its precision is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
185. The false positive rate of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false omission rate of the test? | |
186. The precision of a test is 85% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false negative rate of the test? | |
187. The precision of a test is 95%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
188. The false negative rate of a test is 95%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
189. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
190. The precision of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
191. The sensitivity of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
192. The false positive rate of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
193. The false negative rate of a test is 85%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
194. The false negative rate of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
195. The sensitivity of a test is 85% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
196. The specificity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
197. The false omission rate of a test is 90% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
198. The false discovery rate of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
199. The specificity of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the negative predictive value of the test? | |
200. The negative predictive value of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the sensitivity of the test? | |
201. The false discovery rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
202. The precision of a test is 85% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
203. The specificity of a test is 90%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
204. The specificity of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
205. The precision of a test is 95% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
206. The negative predictive value of a test is 85% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
207. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
208. The negative predictive value of a test is 90% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
209. The negative predictive value of a test is 85% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
210. The sensitivity of a test is 90%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
211. The false positive rate of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
212. The precision of a test is 85% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
213. The specificity of a test is 85%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
214. The false discovery rate of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
215. The specificity of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
216. The false positive rate of a test is 85% and its false omission rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
217. The specificity of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
218. The precision of a test is 85% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
219. The false discovery rate of a test is 90%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
220. The false negative rate of a test is 95% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
221. The sensitivity of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
222. The sensitivity of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
223. The false negative rate of a test is 90% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
224. The precision of a test is 85%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
225. The false omission rate of a test is 85% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
226. The false negative rate of a test is 95%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
227. The precision of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
228. The false negative rate of a test is 85% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
229. The sensitivity of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
230. The false discovery rate of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
231. The false positive rate of a test is 90%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
232. The false negative rate of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
233. The false omission rate of a test is 90%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
234. The sensitivity of a test is 95% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false positive rate of the test? | |
235. The false positive rate of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
236. The false negative rate of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
237. The false omission rate of a test is 90% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
238. The false discovery rate of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the negative predictive value of the test? | |
239. The false positive rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
240. The negative predictive value of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
241. The false discovery rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
242. The sensitivity of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
243. The negative predictive value of a test is 85% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
244. The false negative rate of a test is 90% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
245. The false omission rate of a test is 90% and its specificity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
246. The false positive rate of a test is 90%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
247. The false positive rate of a test is 85%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
248. The specificity of a test is 95% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
249. The negative predictive value of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
250. The precision of a test is 85% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
251. The false omission rate of a test is 95% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
252. The negative predictive value of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
253. The specificity of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false negative rate of the test? | |
254. The precision of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
255. The specificity of a test is 85% and its sensitivity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
256. The sensitivity of a test is 90% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
257. The false omission rate of a test is 90% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
258. The false discovery rate of a test is 90% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false positive rate of the test? | |
259. The specificity of a test is 95%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
260. The specificity of a test is 95%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
261. The negative predictive value of a test is 85%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
262. The false positive rate of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
263. The negative predictive value of a test is 85% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false positive rate of the test? | |
264. The precision of a test is 85% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
265. The false positive rate of a test is 95% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
266. The precision of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
267. The specificity of a test is 95% and its negative predictive value is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
268. The sensitivity of a test is 85% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
269. The negative predictive value of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
270. The false omission rate of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
271. The precision of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
272. The false discovery rate of a test is 95% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
273. The precision of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the sensitivity of the test? | |
274. The false positive rate of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
275. The precision of a test is 95%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
276. The false discovery rate of a test is 85% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
277. The false omission rate of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
278. The false omission rate of a test is 90% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
279. The precision of a test is 95% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
280. The false negative rate of a test is 85% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
281. The false negative rate of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
282. The sensitivity of a test is 85% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
283. The sensitivity of a test is 90% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
284. The negative predictive value of a test is 85% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
285. The sensitivity of a test is 90% and its specificity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
286. The false omission rate of a test is 90% and its false positive rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
287. The false positive rate of a test is 85%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
288. The specificity of a test is 95% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
289. The negative predictive value of a test is 90% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
290. The sensitivity of a test is 90%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
291. The false discovery rate of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false negative rate of the test? | |
292. The precision of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
293. The precision of a test is 85% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
294. The sensitivity of a test is 95% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
295. The false positive rate of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
296. The false discovery rate of a test is 85% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
297. The false omission rate of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
298. The false positive rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
299. The negative predictive value of a test is 95% and its false positive rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
300. The sensitivity of a test is 85% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
301. The negative predictive value of a test is 90%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
302. The specificity of a test is 95% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
303. The false omission rate of a test is 95%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
304. The false discovery rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
305. The negative predictive value of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
306. The negative predictive value of a test is 90% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
307. The specificity of a test is 85%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
308. The negative predictive value of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
309. The precision of a test is 85%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
310. The false positive rate of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the negative predictive value of the test? | |
311. The false discovery rate of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false negative rate of the test? | |
312. The false negative rate of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
313. The negative predictive value of a test is 95% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
314. The precision of a test is 95% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
315. The specificity of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
316. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
317. The false positive rate of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
318. The specificity of a test is 90%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
319. The specificity of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
320. The false discovery rate of a test is 95%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
321. The false positive rate of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false omission rate of the test? | |
322. The precision of a test is 95% and its specificity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
323. The precision of a test is 90% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false omission rate of the test? | |
324. The false discovery rate of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
325. The false negative rate of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
326. The specificity of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
327. The false positive rate of a test is 90% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
328. The false positive rate of a test is 90% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
329. The false negative rate of a test is 85%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
330. The negative predictive value of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the sensitivity of the test? | |
331. The sensitivity of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
332. The precision of a test is 95% and its specificity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
333. The specificity of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
334. The precision of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
335. The false positive rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
336. The false omission rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
337. The false discovery rate of a test is 95% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false negative rate of the test? | |
338. The false discovery rate of a test is 90% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
339. The specificity of a test is 95% and its false negative rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
340. The specificity of a test is 85% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
341. The false positive rate of a test is 90%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
342. The false negative rate of a test is 90% and its specificity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
343. The false discovery rate of a test is 95%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
344. The false positive rate of a test is 85% and its precision is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
345. The sensitivity of a test is 85%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
346. The false omission rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
347. The negative predictive value of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
348. The specificity of a test is 95%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
349. The false negative rate of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
350. The false discovery rate of a test is 90% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
351. The specificity of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
352. The negative predictive value of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
353. The specificity of a test is 95% and its false negative rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
354. The specificity of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
355. The false discovery rate of a test is 95% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
356. The precision of a test is 95%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
357. The false negative rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
358. The false positive rate of a test is 85% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
359. The sensitivity of a test is 90% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the negative predictive value of the test? | |
360. The false negative rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
361. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
362. The negative predictive value of a test is 95%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
363. The false discovery rate of a test is 90%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
364. The false omission rate of a test is 90% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
365. The negative predictive value of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
366. The false positive rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
367. The specificity of a test is 90% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
368. The false negative rate of a test is 90% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
369. The precision of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false negative rate of the test? | |
370. The negative predictive value of a test is 95% and its false positive rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
371. The sensitivity of a test is 85% and its precision is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
372. The specificity of a test is 85% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
373. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
374. The specificity of a test is 95% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
375. The false discovery rate of a test is 90% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
376. The specificity of a test is 90%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
377. The false omission rate of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
378. The false discovery rate of a test is 85%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
379. The sensitivity of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
380. The false discovery rate of a test is 95% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false positive rate of the test? | |
381. The false positive rate of a test is 90% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false omission rate of the test? | |
382. The sensitivity of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
383. The false omission rate of a test is 90% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
384. The precision of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
385. The specificity of a test is 95% and its precision is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
386. The negative predictive value of a test is 90% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
387. The precision of a test is 90%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
388. The false omission rate of a test is 90% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
389. The false positive rate of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
390. The negative predictive value of a test is 85% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
391. The sensitivity of a test is 85% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
392. The sensitivity of a test is 85% and its specificity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
393. The false positive rate of a test is 90%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
394. The sensitivity of a test is 95% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
395. The false discovery rate of a test is 95% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
396. The negative predictive value of a test is 95% and its specificity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
397. The specificity of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
398. The specificity of a test is 85% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
399. The false discovery rate of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
400. The precision of a test is 85% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false omission rate of the test? | |
401. The specificity of a test is 95%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
402. The specificity of a test is 85% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
403. The specificity of a test is 90% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
404. The sensitivity of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
405. The negative predictive value of a test is 85%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
406. The sensitivity of a test is 85%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
407. The specificity of a test is 95% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
408. The false omission rate of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
409. The false omission rate of a test is 95% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false positive rate of the test? | |
410. The false discovery rate of a test is 85% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
411. The false positive rate of a test is 85% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
412. The precision of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false negative rate of the test? | |
413. The false omission rate of a test is 95% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
414. The false omission rate of a test is 85%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
415. The negative predictive value of a test is 85% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
416. The specificity of a test is 95% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
417. The specificity of a test is 95% and its precision is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
418. The precision of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
419. The precision of a test is 90% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
420. The false discovery rate of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false negative rate of the test? | |
421. The false positive rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
422. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
423. The false discovery rate of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
424. The false omission rate of a test is 95% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
425. The sensitivity of a test is 85% and its false positive rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
426. The false omission rate of a test is 90% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
427. The false discovery rate of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
428. The sensitivity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
429. The false omission rate of a test is 85% and its false discovery rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
430. The false negative rate of a test is 85% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
431. The precision of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
432. The sensitivity of a test is 85%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
433. The false positive rate of a test is 90% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
434. The specificity of a test is 95% and its false negative rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
435. The sensitivity of a test is 95%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
436. The false omission rate of a test is 95% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
437. The false discovery rate of a test is 90% and its sensitivity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
438. The sensitivity of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
439. The precision of a test is 95% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
440. The false discovery rate of a test is 95%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
441. The false negative rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
442. The false omission rate of a test is 85% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
443. The false omission rate of a test is 95% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
444. The sensitivity of a test is 95%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
445. The precision of a test is 90% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
446. The negative predictive value of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
447. The specificity of a test is 90%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
448. The false omission rate of a test is 90% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
449. The precision of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
450. The false negative rate of a test is 95%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
451. The negative predictive value of a test is 90% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
452. The precision of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
453. The false positive rate of a test is 85%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
454. The specificity of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
455. The sensitivity of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
456. The specificity of a test is 90%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
457. The specificity of a test is 85%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
458. The false negative rate of a test is 85% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
459. The sensitivity of a test is 95% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false omission rate of the test? | |
460. The specificity of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
461. The false discovery rate of a test is 90% and its specificity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
462. The negative predictive value of a test is 85% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
463. The false omission rate of a test is 95%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
464. The specificity of a test is 85% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
465. The false negative rate of a test is 95% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
466. The false negative rate of a test is 95% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
467. The negative predictive value of a test is 85% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
468. The false positive rate of a test is 90% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false negative rate of the test? | |
469. The false positive rate of a test is 90%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
470. The false negative rate of a test is 90% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
471. The false negative rate of a test is 90% and its precision is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
472. The false discovery rate of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
473. The false omission rate of a test is 90%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
474. The false negative rate of a test is 95%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
475. The false negative rate of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
476. The false negative rate of a test is 85% and its negative predictive value is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
477. The false positive rate of a test is 90% and its precision is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
478. The false positive rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
479. The precision of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
480. The false negative rate of a test is 95% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
481. The false negative rate of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
482. The false positive rate of a test is 90% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
483. The sensitivity of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
484. The false negative rate of a test is 90% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
485. The precision of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
486. The false negative rate of a test is 85% and its specificity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
487. The false negative rate of a test is 90% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the negative predictive value of the test? | |
488. The precision of a test is 95%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
489. The specificity of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
490. The precision of a test is 85%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
491. The false omission rate of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
492. The sensitivity of a test is 95% and its false positive rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
493. The specificity of a test is 85% and its precision is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
494. The false negative rate of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
495. The sensitivity of a test is 90% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
496. The precision of a test is 95% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
497. The precision of a test is 95% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false positive rate of the test? | |
498. The false omission rate of a test is 85% and its false negative rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
499. The false omission rate of a test is 90% and its specificity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
500. The negative predictive value of a test is 90% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
501. The precision of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
502. The negative predictive value of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
503. The negative predictive value of a test is 85% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
504. The false discovery rate of a test is 90% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
505. The precision of a test is 85% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
506. The sensitivity of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
507. The false negative rate of a test is 85% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
508. The precision of a test is 90%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
509. The negative predictive value of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
510. The specificity of a test is 95% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
511. The negative predictive value of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the precision of the test? | |
512. The specificity of a test is 95%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
513. The false omission rate of a test is 95% and its specificity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false negative rate of the test? | |
514. The precision of a test is 90% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
515. The false discovery rate of a test is 85% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
516. The precision of a test is 95% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
517. The precision of a test is 85% and its sensitivity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
518. The false discovery rate of a test is 95% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
519. The specificity of a test is 95% and its precision is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false omission rate of the test? | |
520. The false positive rate of a test is 90% and its false negative rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
521. The false negative rate of a test is 95% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
522. The precision of a test is 90% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
523. The false negative rate of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
524. The specificity of a test is 85% and its false omission rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
525. The sensitivity of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
526. The false positive rate of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
527. The negative predictive value of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
528. The false discovery rate of a test is 95% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
529. The specificity of a test is 90%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
530. The false negative rate of a test is 90% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false positive rate of the test? | |
531. The false omission rate of a test is 85%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
532. The negative predictive value of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the precision of the test? | |
533. The sensitivity of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
534. The specificity of a test is 90% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
535. The false negative rate of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false discovery rate of the test? | |
536. The precision of a test is 95% and its specificity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
537. The negative predictive value of a test is 90% and its false positive rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
538. The precision of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
539. The precision of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
540. The false negative rate of a test is 90%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
541. The specificity of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
542. The false discovery rate of a test is 90% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
543. The negative predictive value of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
544. The false omission rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
545. The negative predictive value of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
546. The false discovery rate of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
547. The negative predictive value of a test is 90% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
548. The precision of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the sensitivity of the test? | |
549. The sensitivity of a test is 85% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
550. The false negative rate of a test is 90% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
551. The false discovery rate of a test is 85% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false positive rate of the test? | |
552. The false discovery rate of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the negative predictive value of the test? | |
553. The specificity of a test is 90% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
554. The precision of a test is 85% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the sensitivity of the test? | |
555. The negative predictive value of a test is 90% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
556. The false discovery rate of a test is 85%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
557. The false positive rate of a test is 95% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
558. The specificity of a test is 90% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
559. The false positive rate of a test is 95% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
560. The specificity of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
561. The false discovery rate of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false positive rate of the test? | |
562. The sensitivity of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
563. The sensitivity of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
564. The false omission rate of a test is 85% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
565. The false omission rate of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
566. The sensitivity of a test is 85% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
567. The false positive rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
568. The false negative rate of a test is 85% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
569. The false omission rate of a test is 85% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
570. The false discovery rate of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
571. The precision of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
572. The false discovery rate of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the negative predictive value of the test? | |
573. The negative predictive value of a test is 95% and its precision is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
574. The false discovery rate of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
575. The false discovery rate of a test is 90% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
576. The false omission rate of a test is 95% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
577. The specificity of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
578. The false positive rate of a test is 90% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
579. The negative predictive value of a test is 85% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
580. The negative predictive value of a test is 90% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
581. The precision of a test is 95% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
582. The false positive rate of a test is 90% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
583. The negative predictive value of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
584. The sensitivity of a test is 85% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
585. The sensitivity of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
586. The false discovery rate of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
587. The sensitivity of a test is 95% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
588. The specificity of a test is 85%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
589. The precision of a test is 95% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
590. The precision of a test is 90% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
591. The sensitivity of a test is 90% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
592. The precision of a test is 90% and its negative predictive value is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
593. The sensitivity of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
594. The precision of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
595. The precision of a test is 85% and its sensitivity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
596. The false omission rate of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
597. The false discovery rate of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
598. The false negative rate of a test is 95% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
599. The specificity of a test is 95% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
600. The false omission rate of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
601. The specificity of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
602. The specificity of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
603. The sensitivity of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
604. The false omission rate of a test is 85% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
605. The sensitivity of a test is 95% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
606. The false negative rate of a test is 90% and its precision is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false omission rate of the test? | |
607. The precision of a test is 90% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
608. The precision of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
609. The false negative rate of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
610. The sensitivity of a test is 85%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
611. The precision of a test is 95% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false positive rate of the test? | |
612. The false omission rate of a test is 90%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
613. The false discovery rate of a test is 95% and its negative predictive value is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
614. The specificity of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
615. The false discovery rate of a test is 85% and its false negative rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
616. The false discovery rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
617. The false discovery rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
618. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
619. The specificity of a test is 90% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
620. The false discovery rate of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
621. The specificity of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
622. The false negative rate of a test is 90% and its negative predictive value is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
623. The false positive rate of a test is 95%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
624. The specificity of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
625. The false omission rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
626. The false omission rate of a test is 95%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
627. The negative predictive value of a test is 90% and its false positive rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
628. The false positive rate of a test is 95%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
629. The negative predictive value of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
630. The negative predictive value of a test is 85% and its false discovery rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
631. The sensitivity of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
632. The false negative rate of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
633. The negative predictive value of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
634. The false discovery rate of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
635. The sensitivity of a test is 85% and its false positive rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
636. The false negative rate of a test is 90% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
637. The false positive rate of a test is 95% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
638. The false omission rate of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
639. The sensitivity of a test is 95%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
640. The false negative rate of a test is 95%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
641. The specificity of a test is 90% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
642. The false positive rate of a test is 90% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
643. The false omission rate of a test is 90% and its false negative rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
644. The false discovery rate of a test is 85% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
645. The false discovery rate of a test is 90% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
646. The false discovery rate of a test is 85% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
647. The negative predictive value of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
648. The specificity of a test is 85% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
649. The precision of a test is 95% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
650. The false omission rate of a test is 90% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the sensitivity of the test? | |
651. The sensitivity of a test is 90%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
652. The false negative rate of a test is 85% and its precision is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the negative predictive value of the test? | |
653. The specificity of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
654. The negative predictive value of a test is 95% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
655. The false negative rate of a test is 95% and its false discovery rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
656. The false negative rate of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
657. The precision of a test is 85% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
658. The precision of a test is 85%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
659. The false positive rate of a test is 90% and its false discovery rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
660. The specificity of a test is 95%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
661. The specificity of a test is 95% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
662. The precision of a test is 95%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
663. The false discovery rate of a test is 95% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
664. The specificity of a test is 85%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
665. The false negative rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
666. The false discovery rate of a test is 85% and its false omission rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
667. The false omission rate of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
668. The negative predictive value of a test is 90%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
669. The false negative rate of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
670. The sensitivity of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
671. The specificity of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
672. The false omission rate of a test is 95%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
673. The precision of a test is 85% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
674. The false negative rate of a test is 90% and its precision is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
675. The precision of a test is 95%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
676. The negative predictive value of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
677. The false negative rate of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
678. The false omission rate of a test is 95% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
679. The false omission rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
680. The sensitivity of a test is 85% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
681. The precision of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
682. The false positive rate of a test is 90% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the precision of the test? | |
683. The negative predictive value of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
684. The false omission rate of a test is 90%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
685. The false positive rate of a test is 85% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
686. The false discovery rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
687. The false discovery rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
688. The false negative rate of a test is 95% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
689. The false negative rate of a test is 90% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
690. The false positive rate of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
691. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
692. The false positive rate of a test is 95% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false omission rate of the test? | |
693. The false positive rate of a test is 90%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
694. The sensitivity of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
695. The negative predictive value of a test is 95% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
696. The precision of a test is 90%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
697. The sensitivity of a test is 85%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
698. The false positive rate of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
699. The false discovery rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
700. The false negative rate of a test is 95% and its false discovery rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false omission rate of the test? | |
701. The negative predictive value of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the sensitivity of the test? | |
702. The sensitivity of a test is 95%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
703. The precision of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
704. The false negative rate of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
705. The specificity of a test is 85% and its false omission rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
706. The negative predictive value of a test is 85% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
707. The false omission rate of a test is 90% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the precision of the test? | |
708. The false negative rate of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
709. The sensitivity of a test is 95% and its false positive rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
710. The false positive rate of a test is 90% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
711. The false omission rate of a test is 95% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
712. The negative predictive value of a test is 90% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
713. The precision of a test is 95% and its specificity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
714. The false positive rate of a test is 95% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
715. The negative predictive value of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
716. The negative predictive value of a test is 95%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
717. The specificity of a test is 95%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
718. The false positive rate of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
719. The false positive rate of a test is 90% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
720. The false discovery rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
721. The sensitivity of a test is 90% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the specificity of the test? | |
722. The false omission rate of a test is 85% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
723. The sensitivity of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
724. The false omission rate of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
725. The specificity of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
726. The sensitivity of a test is 85%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
727. The specificity of a test is 85%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
728. The specificity of a test is 95% and its precision is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the sensitivity of the test? | |
729. The false negative rate of a test is 90% and its false discovery rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
730. The negative predictive value of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
731. The specificity of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
732. The sensitivity of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
733. The false omission rate of a test is 85% and its specificity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
734. The false negative rate of a test is 95% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
735. The false negative rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
736. The precision of a test is 90%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
737. The specificity of a test is 95%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
738. The sensitivity of a test is 95% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
739. The false positive rate of a test is 95% and its false negative rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
740. The false discovery rate of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
741. The false discovery rate of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
742. The specificity of a test is 90% and its negative predictive value is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
743. The negative predictive value of a test is 90% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
744. The sensitivity of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
745. The specificity of a test is 85% and its sensitivity is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
746. The false negative rate of a test is 85% and its specificity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
747. The negative predictive value of a test is 85%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
748. The false discovery rate of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
749. The false negative rate of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
750. The false positive rate of a test is 95%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
751. The specificity of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? | |
752. The false positive rate of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
753. The sensitivity of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
754. The false omission rate of a test is 95% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
755. The false positive rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
756. The specificity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
757. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
758. The negative predictive value of a test is 85%. | |
We also know that the test's false positive rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
759. The specificity of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
760. The false positive rate of a test is 85% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
761. The false negative rate of a test is 85%. | |
We also know that the test's false discovery rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
762. The precision of a test is 90%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
763. The false omission rate of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
764. The specificity of a test is 90%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
765. The false negative rate of a test is 85% and its precision is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
766. The precision of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
767. The sensitivity of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
768. The negative predictive value of a test is 90% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
769. The false negative rate of a test is 95% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
770. The precision of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
771. The false omission rate of a test is 85% and its sensitivity is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
772. The false discovery rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
773. The sensitivity of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
774. The false discovery rate of a test is 95% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the sensitivity of the test? | |
775. The negative predictive value of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
776. The false omission rate of a test is 85%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
777. The precision of a test is 90% and its negative predictive value is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
778. The false negative rate of a test is 85% and its precision is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
779. The negative predictive value of a test is 90% and its precision is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
780. The false negative rate of a test is 85% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
781. The false negative rate of a test is 85% and its false omission rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
782. The false discovery rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
783. The false positive rate of a test is 85%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
784. The false omission rate of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the sensitivity of the test? | |
785. The false omission rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
786. The sensitivity of a test is 90% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
787. The false positive rate of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the negative predictive value of the test? | |
788. The false omission rate of a test is 90%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
789. The false omission rate of a test is 95% and its specificity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
790. The precision of a test is 90% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false negative rate of the test? | |
791. The false positive rate of a test is 90%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
792. The precision of a test is 90%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
793. The false negative rate of a test is 95% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the specificity of the test? | |
794. The false positive rate of a test is 90% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false omission rate of the test? | |
795. The false negative rate of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
796. The false discovery rate of a test is 90% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false positive rate of the test? | |
797. The specificity of a test is 85%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
798. The false negative rate of a test is 95%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
799. The sensitivity of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
800. The specificity of a test is 95% and its precision is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
801. The negative predictive value of a test is 95%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
802. The false negative rate of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
803. The false discovery rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
804. The sensitivity of a test is 95% and its specificity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
805. The false discovery rate of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false omission rate of the test? | |
806. The sensitivity of a test is 85%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
807. The negative predictive value of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
808. The precision of a test is 90% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
809. The sensitivity of a test is 85% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
810. The negative predictive value of a test is 95%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
811. The false positive rate of a test is 90% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the negative predictive value of the test? | |
812. The false negative rate of a test is 85% and its negative predictive value is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
813. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
814. The sensitivity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false positive rate of the test? | |
815. The negative predictive value of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
816. The false omission rate of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
817. The false discovery rate of a test is 95% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
818. The false discovery rate of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
819. The negative predictive value of a test is 90% and its precision is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
820. The specificity of a test is 90% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false omission rate of the test? | |
821. The false negative rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
822. The precision of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
823. The false positive rate of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
824. The false discovery rate of a test is 85% and its false omission rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
825. The false omission rate of a test is 85% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
826. The false positive rate of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
827. The precision of a test is 85% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false negative rate of the test? | |
828. The negative predictive value of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
829. The specificity of a test is 95%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
830. The false omission rate of a test is 85% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
831. The false omission rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
832. The negative predictive value of a test is 90%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
833. The false omission rate of a test is 85% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
834. The false negative rate of a test is 85% and its negative predictive value is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
835. The sensitivity of a test is 90% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
836. The specificity of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
837. The false positive rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
838. The false positive rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
839. The false omission rate of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
840. The false omission rate of a test is 90% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
841. The false omission rate of a test is 90% and its false negative rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
842. The false negative rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
843. The false positive rate of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
844. The false discovery rate of a test is 85% and its false omission rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false negative rate of the test? | |
845. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
846. The negative predictive value of a test is 90%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
847. The sensitivity of a test is 90% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
848. The false omission rate of a test is 85%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
849. The false discovery rate of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
850. The false discovery rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
851. The sensitivity of a test is 90% and its false omission rate is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
852. The sensitivity of a test is 90%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
853. The false negative rate of a test is 90%. | |
We also know that the test's false omission rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
854. The false negative rate of a test is 95% and its specificity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
855. The precision of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
856. The sensitivity of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the precision of the test? | |
857. The false omission rate of a test is 90% and its precision is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false negative rate of the test? | |
858. The precision of a test is 90% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
859. The false discovery rate of a test is 85% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
860. The specificity of a test is 95% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false omission rate of the test? | |
861. The negative predictive value of a test is 90% and its false negative rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
862. The false omission rate of a test is 85% and its specificity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
863. The false discovery rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
864. The false omission rate of a test is 90% and its specificity is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
865. The false omission rate of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
866. The negative predictive value of a test is 90%. | |
We also know that the test's specificity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
867. The sensitivity of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
868. The false positive rate of a test is 95% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the sensitivity of the test? | |
869. The negative predictive value of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
870. The false negative rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
871. The false positive rate of a test is 85% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
872. The false negative rate of a test is 85%. | |
We also know that the test's false omission rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
873. The false negative rate of a test is 95% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
874. The specificity of a test is 95% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
875. The negative predictive value of a test is 90% and its precision is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the sensitivity of the test? | |
876. The negative predictive value of a test is 90%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
877. The false positive rate of a test is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
878. The specificity of a test is 95% and its precision is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
879. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
880. The false positive rate of a test is 95% and its false discovery rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
881. The false positive rate of a test is 85% and its precision is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
882. The false omission rate of a test is 90%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
883. The negative predictive value of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
884. The false discovery rate of a test is 90% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false negative rate of the test? | |
885. The false positive rate of a test is 95% and its false omission rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
886. The precision of a test is 95%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
887. The false positive rate of a test is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
888. The sensitivity of a test is 85% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false omission rate of the test? | |
889. The false discovery rate of a test is 85% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the sensitivity of the test? | |
890. The false omission rate of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
891. The precision of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
892. The false omission rate of a test is 85% and its false discovery rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
893. The false discovery rate of a test is 95% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the negative predictive value of the test? | |
894. The false omission rate of a test is 85%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
895. The precision of a test is 90% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the negative predictive value of the test? | |
896. The false omission rate of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
897. The false negative rate of a test is 85% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the false positive rate of the test? | |
898. The false positive rate of a test is 90% and its false negative rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
899. The false positive rate of a test is 85% and its negative predictive value is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the precision of the test? | |
900. The precision of a test is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
901. The specificity of a test is 85% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
902. The sensitivity of a test is 90% and its specificity is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
903. The specificity of a test is 90% and its false discovery rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
904. The specificity of a test is 85% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
905. The false discovery rate of a test is 85% and its false positive rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
906. The sensitivity of a test is 85%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
907. The sensitivity of a test is 90% and its false omission rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the specificity of the test? | |
908. The negative predictive value of a test is 90%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
909. The false positive rate of a test is 85%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
910. The false negative rate of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
911. The negative predictive value of a test is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
912. The false omission rate of a test is 90%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
913. The negative predictive value of a test is 95% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
914. The false discovery rate of a test is 95% and its sensitivity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
915. The false negative rate of a test is 85% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
916. The false positive rate of a test is 90% and its precision is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
917. The sensitivity of a test is 95% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the false discovery rate of the test? | |
918. The negative predictive value of a test is 95%. | |
We also know that the test's precision is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
919. The negative predictive value of a test is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
920. The negative predictive value of a test is 85%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
921. The negative predictive value of a test is 95% and its false negative rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
922. The false negative rate of a test is 85%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
923. The false negative rate of a test is 90% and its specificity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
924. The false omission rate of a test is 95% and its specificity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
925. The sensitivity of a test is 95% and its false discovery rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the specificity of the test? | |
926. The false omission rate of a test is 95%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
927. The specificity of a test is 95%. | |
We also know that the test's negative predictive value is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
928. The false positive rate of a test is 90% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
929. The specificity of a test is 95% and its false negative rate is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
930. The precision of a test is 85%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
931. The precision of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
932. The false omission rate of a test is 95%. | |
We also know that the test's false negative rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
933. The false positive rate of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
934. The false negative rate of a test is 90%. | |
We also know that the test's specificity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
935. The sensitivity of a test is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
936. The sensitivity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the precision of the test? | |
937. The false omission rate of a test is 95% and its sensitivity is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false positive rate of the test? | |
938. The precision of a test is 95% and its specificity is 95%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
939. The false discovery rate of a test is 85%. | |
We also know that the test's sensitivity is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
940. The false discovery rate of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false negative rate of the test? | |
941. The negative predictive value of a test is 85% and its false discovery rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false negative rate of the test? | |
942. The false omission rate of a test is 95% and its sensitivity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
943. The precision of a test is 95% and its specificity is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
944. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
945. The precision of a test is 85% and its false positive rate is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the sensitivity of the test? | |
946. The sensitivity of a test is 95% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the negative predictive value of the test? | |
947. The precision of a test is 85%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
948. The false negative rate of a test is 95%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
949. The false discovery rate of a test is 95% and its negative predictive value is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
950. The false positive rate of a test is 95%. | |
We also know that the test's false discovery rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
951. The false discovery rate of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the sensitivity of the test? | |
952. The precision of a test is 95%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
953. The specificity of a test is 85% and its sensitivity is 85%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 10%. | |
What would be the precision of the test? | |
954. The sensitivity of a test is 85%. | |
We also know that the test's false positive rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
955. The specificity of a test is 85%. | |
We also know that the test's false omission rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
956. The false negative rate of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the false discovery rate of the test? | |
957. The specificity of a test is 85% and its sensitivity is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
958. The specificity of a test is 90% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the false discovery rate of the test? | |
959. The precision of a test is 95% and its false omission rate is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
960. The false discovery rate of a test is 85%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
961. The false omission rate of a test is 95%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
962. The false negative rate of a test is 85%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
963. The sensitivity of a test is 85% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false discovery rate of the test? | |
964. The specificity of a test is 90% and its false discovery rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
965. The false positive rate of a test is 90%. | |
We also know that the test's sensitivity is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
966. The false omission rate of a test is 90%. | |
We also know that the test's false discovery rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
967. The precision of a test is 85% and its false omission rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
968. The false omission rate of a test is 85% and its false positive rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the specificity of the test? | |
969. The sensitivity of a test is 85%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
970. The negative predictive value of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
971. The specificity of a test is 85% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
972. The false omission rate of a test is 90%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
973. The sensitivity of a test is 95%. | |
We also know that the test's specificity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
974. The sensitivity of a test is 85%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
975. The sensitivity of a test is 95% and its false discovery rate is 85%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
976. The false omission rate of a test is 90% and its false positive rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the false discovery rate of the test? | |
977. The false omission rate of a test is 90% and its precision is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
978. The precision of a test is 95%. | |
We also know that the test's false negative rate is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
979. The precision of a test is 95% and its negative predictive value is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
980. The false discovery rate of a test is 85% and its false negative rate is 85%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a positive result? | |
981. The specificity of a test is 85%. | |
We also know that the test's negative predictive value is 85% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
982. The false discovery rate of a test is 95% and its negative predictive value is 90%. | |
We perform the test on a sick subject. | |
What is the probability that the test will return a negative result? | |
983. The sensitivity of a test is 85% and its specificity is 85%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the negative predictive value of the test? | |
984. The specificity of a test is 95% and its negative predictive value is 90%. | |
Assume we apply the test to a dataset where the prevalence is 1%. | |
What would be the precision of the test? | |
985. The specificity of a test is 85% and its false negative rate is 95%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 5%. | |
What would be the negative predictive value of the test? | |
986. The negative predictive value of a test is 95%. | |
We also know that the test's false positive rate is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
987. The negative predictive value of a test is 95%. | |
We also know that the test's false negative rate is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 10%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
988. The precision of a test is 90% and its false omission rate is 90%. | |
Assume we apply the test to a dataset where the proportion of positive test results is 1%. | |
What would be the specificity of the test? | |
989. The false negative rate of a test is 95%. | |
We also know that the test's negative predictive value is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a false positive? | |
990. The specificity of a test is 85% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
991. The specificity of a test is 95% and its precision is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
992. The false omission rate of a test is 90%. | |
We also know that the test's sensitivity is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a true negative? | |
993. The false positive rate of a test is 90%. | |
We also know that the test's precision is 95% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 1%. | |
We perform the test on a random subject, and it returns a positive result. | |
What is the probability that it is a true positive? | |
994. The negative predictive value of a test is 90%. | |
We also know that the test's precision is 90% and that these metrics were obtained | |
when the test was evaluated on a dataset where the prevalence was 5%. | |
We perform the test on a random subject, and it returns a negative result. | |
What is the probability that it is a false negative? | |
995. The false negative rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
996. The negative predictive value of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
997. The false omission rate of a test is 85% and its false positive rate is 95%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a negative result? | |
998. The precision of a test is 85% and its false negative rate is 90%. | |
We perform the test on a healthy subject. | |
What is the probability that the test will return a positive result? | |
999. The false positive rate of a test is 95% and its negative predictive value is 95%. | |
Assume we apply the test to a dataset where the prevalence is 10%. | |
What would be the sensitivity of the test? | |
1000. The sensitivity of a test is 90% and its specificity is 90%. | |
Assume we apply the test to a dataset where the prevalence is 5%. | |
What would be the false omission rate of the test? |
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