The code snippet includes three exercises. Exercise 1 calculates the sum of numbers in a list using a for-loop. Exercise 2 calculates the sum of numbers in a list using the built-in sum() function. Exercise 3 creates a

Exercise Functions D-Wave Python Prep.md

Exercise Functions

Preview:

# In exercise 1, add up the numbers provided in the list S.
# This must be done using a for-loop, and the sum should be returned by the function.

def exercise1(S):
    total_sum = 0
    for num in S:
        total_sum += num
    return total_sum


# In exercise 2, add up the numbers provided in the list S using at most two lines of code
# The sum should be returned by the function.

def exercise2(S):
    return sum(S)


## Exercise 3: In exercise 3, create a dictionary to store the values for the following list of points
## when input to the function "f(x,y) = 8x + 3y". For example, if your dictionary is called "f",
## you should have an entry "f[(9,8)] = 8" and an entry "f[(1,1)] = 11", and so on
## The dictionary should be returned by the function.## Points to include:
#- (0, 0)
#- (1,1)
#- (2, 2)
#- (3, 3)
#- (4, 4)
#- (5, 5)

def exercise3():
    f = lambda x, y: 8*x + 3*y
    result = {(x, y): f(x, y) for x in range(6) for y in range(6)}
    return result


if __name__ == '__main__':
    S = [1, 2, 3, 4, 5]
    
    print("\nExercise 1:")
    ex_sum = exercise1(S)
    print(ex_sum)

    print("\nExercise 2:")
    ex_sum = exercise2(S)
    print(ex_sum)

    print("\nExercise 3:")
    f = exercise3()
    for key, val in f.items():
        print("\tInput:", key, "Output:", val)

Associated Context
Type	Code Snippet ( .py )
Associated Tags	List S Summing numbers Function return numpy Key-value pairs Looping through list Iteration Exercise 1 Input and output Array Manipulation Lambda function Python Programming For-Loop Function Exercise 2 Dictionary creation Dictionary Creation Function call Data Structures List of points
💡 Smart Description	The code creates a dictionary to store the values for each point in an array S using at most two lines of code. It also includes functions that take input and output, which can be used as function parameters or arguments The code snippet includes three exercises. Exercise 1 calculates the sum of numbers in a list using a for-loop. Exercise 2 calculates the sum of numbers in a list using the built-in sum() function. Exercise 3 creates a
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The code snippet includes three exercises. Exercise 1 calculates the sum of numbers in a list using a for-loop. Exercise 2 calculates the sum of numbers in a list using the built-in sum() function. Exercise 3 creates a
Exercise Functions D-Wave Python Prep.md
Exercise Functions

Preview:

In exercise 1, add up the numbers provided in the list S.

This must be done using a for-loop, and the sum should be returned by the function.

def exercise1(S):
total_sum = 0
for num in S:
total_sum += num
return total_sum

In exercise 2, add up the numbers provided in the list S using at most two lines of code

The sum should be returned by the function.

def exercise2(S):
return sum(S)

Exercise 3: In exercise 3, create a dictionary to store the values for the following list of points

when input to the function "f(x,y) = 8x + 3y". For example, if your dictionary is called "f",

you should have an entry "f[(9,8)] = 8" and an entry "f[(1,1)] = 11", and so on

The dictionary should be returned by the function.## Points to include:

#- (0, 0)
#- (1,1)
#- (2, 2)
#- (3, 3)
#- (4, 4)
#- (5, 5)

def exercise3():
f = lambda x, y: 8x + 3y
result = {(x, y): f(x, y) for x in range(6) for y in range(6)}
return result

if name == 'main':
S = [1, 2, 3, 4, 5]

print("\nExercise 1:")
ex_sum = exercise1(S)
print(ex_sum)

print("\nExercise 2:")
ex_sum = exercise2(S)
print(ex_sum)

print("\nExercise 3:")
f = exercise3()
for key, val in f.items():
    print("\tInput:", key, "Output:", val)

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