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GRE GRE TIPS
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Tips for the GRE exam. | |
General tips for the entire exam: | |
- Make sure to get a good night's sleep the day before. | |
- Be relaxed, you prepared. There's people that spend 1-2 weeks in total and still get good scores. You spent way more time. | |
- Have a bottle of water beside you. | |
- Have a protein snack beside you. | |
- Kill that MF yo! | |
Quant: | |
- Do 9-19, 1-8 and then 20. | |
- For any question if you find yourself spending more than 45sec, skip and then come back to the question. | |
- For QC questions, always try multiple cases: | |
- Fractions | |
- Zero | |
- Positive/Negative values. | |
- For PS, if it is a word problem, break the question down. In equations or such. | |
- If the problem is too hard, mark it and then come back to it later. | |
- If there are numerical values in an ascending orders for the answer choices, apply the C -> B-D method. | |
- Try C. If too small, focus on D/E or A/B if too big. | |
- For QC questions if there are any common terms for choice A and B, eliminate them. | |
- For Geometry Qs, always draw figure and fill in the pieces. Do not try to do everything in your head. | |
- WRITE YOUR SHIT DOWN. | |
- Normal Distribution: | |
- 0.02 -> 0.014 -> 0.34 -> 0.34 -> 0.14 -> 0.02 | |
- Cumulative Percentage: 0.02 -> 0.16 -> 0.50 -> 0.84 -> 0.98 -> 1.00 | |
- Number Props: | |
- Even/Odd Stuff: | |
- Even x Even = Even | |
- Even X Odd = Even | |
- Odd x Odd = Odd | |
- Even + Odd = Odd | |
- Even + Even = Even | |
- Odd + Odd = Even | |
- Factors and Divisors are the same thing. | |
- To find the num of factors: | |
- Prime factor: 6 -> 2^1 * 3^1 | |
- Add 1 to the powers: 6 => 2^2 * 3^2 | |
- Multiply the resulting powers: 2 * 2 => 4. | |
- To find LCM: | |
- Prime Factor: 12 and 35 => (3 * 2^2) and (5 * 7) | |
- Multiply all the gretest amount of factors: 3 * 2^2 * 5 * 7 | |
- Great! You know have your LCM = 420. | |
- To find GCF: | |
- Prime factor: 12 and 36 => (3 * 2^2) and (2^2 * 3^2) | |
` - Find what's common between them: 3 and 2^2. | |
- Voila! You answer is 12. | |
- Integers are => {-2, -1, 0, 1, 2} | |
- Natural numbers are => {1, 2, 3} | |
- Whole numbers are => {0, 1, 2, 3} | |
- Real numbers equal all of the above numbers on top of irrational numbers. | |
- ZERO IS AN EVEN INTEGER. | |
- Prime up till 50: | |
- 2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47. | |
- For evenly space sets: | |
- To find the total amount of nums: (last - first) / multiple + 1. | |
- For ex, find the number of even numbers between 1-200, inclusive. | |
- 200 - 2 / 2 + 1 -> 100. | |
- Odd would be: 199 - 1 / 2 + 1 => 100. | |
- The total sum would just be: | |
- median * total num of values. For the above example: | |
- Even Nums: 100.5 * 100 -> 10050 | |
- Geometry: | |
- Triangles: | |
- Area of an equilateral triangle: ((3^1/2) / 4) * the length of one side. | |
- 45-45-90 -> 1-1-2^(1/2) | |
- 30-60-90 -> 1-3^(1/2)-2 | |
- The sum of all interior angles are 180 degrees. | |
- In an actual triangle, the sum of two sides is always larger than the | |
third side. | |
- Circle: | |
- Area: pi * r^2 | |
- Circumference: 2*pi*r | |
- Sector: x (angle) / 360 * pi*r^2 | |
- Arc length: x (angle) / 360 * 2 * pi * r | |
- If there's a line that goes from one end of the diameter to a point then to | |
the other end of the diameter, then the angle it forms is 90 degrees. Pull | |
that line down, the angle gets smaller and vice versa. | |
- Volumes/Areas: | |
- Cube Vol: side^3 | |
- Cube area: side^2 | |
- Surface area: 6 * s^2 | |
- Rectangle Box Vol: l * w * h | |
- Surface area: (2 * l * w) + (2 * w * h) + (2 * l * h). | |
- Diagonal: D^2 = L^2 + W^2 + H^2. | |
- Sphere Vol: 4/3 * pi * r^3 | |
- 4 * pi * r^2 | |
- Cylinder Vol: pi * r^2 * h | |
- Sufrace Area: (2 * pi * r^2) + (2 * pi * r * h) | |
- Perimeters: | |
- Trapezoid: h * ((b1 + b2) / 2). | |
- Rectangle: 2*l + 2*w. | |
- Area: l * w. | |
- Square: 4 * s. | |
- The sume of all exterior angles is always 360 degrees. | |
- Supplementary, Complementary etc. | |
- All exterior angles always add up to 360. | |
Verbal: | |
- SE -> TC -> RC | |
- For SE: | |
- Make the pairs in the words first. If there's words that you do not know, then match them based on the root. | |
- After matching, apply the TC strategy on the blank and choose the appropriate pair. | |
- For TC: | |
- Leave the 3 blankers for the last. Focus on the 1 and 2 blankers first. | |
- Apply the Math strategy to the TCs: | |
- For 1 blankers: | |
- Identify support of contrast. | |
- Choose the transition phrase. | |
- Choose whether to go left or right. | |
- Do the math shit. | |
- ??? | |
- Profit. | |
- For 2 blankers: | |
- Identify which sentence to work on first. | |
- Follow the 1 blanker strat. | |
- Re-apply the Math strat for the other blank. | |
- For 3 blankers: | |
- It's kind of the same thing with the 2 blankers but do not prioritize over the other. | |
- After all the problems are done, then attack the 3-blankers. | |
- For RC: | |
- Read the passage first and then attack the questions. | |
- As you're reading through, keep a mental not on what each paragrpah is and a general structure of the talking points -> (M. Idea, SP 1, SP2, Concession, refuting etc.) | |
- The order of RCs should be from Short -> Long -> Argument Qs. | |
- For the argument Qs, REFRAIN FROM LOOKING AT THE ANSWER CHOICES. | |
- Figure out the conclusion. | |
- Look for the evidence the passage provides. | |
- Refute their claim. The refution must be reasonable and within the parameters of the passage. | |
Issue Essay: | |
Step 1: Pick a stance. (Strongly/Mostly Disagree or Strongly/Mostly Agree). | |
Set up the structure: | |
- Introduction: | |
- Hook | |
- Shift to the prompt | |
- State your thesis | |
- Go to structure (For the 2/3 following reasons) | |
- Body (2 para if mostly agree, 3 if strongly agree): | |
- Topic Sentence (part of your thesis). | |
- Example (Hypothetical/Real life example from any subject). | |
- Explain how the example relates back to the thesis. | |
- Conclusion: | |
- If you put strongly "", have a concession. Acknowledging the opponent's argument but quickly shoot it down. | |
- If mostly "", explain that the issue is nuanced and that more factors need to considered in order slove this particular issue. | |
- Restate your thesis and wrap up. | |
Argument Essay: | |
Step 1: Identify the main conclusion, evidence points. | |
Step 2: Identify the unstated assumptions. Use these unstated assumptions as the questions that need to be answered. | |
Step 3: Structure: | |
- Introduction: | |
- State the prompt of the essay. Rephrase the conclusion of the prompt. | |
- State your thesis: "Before we can consider this suggestion seriously, The three unwarranted assumptions | |
made by tht author must first be considered." | |
- Body (for each paragraph): | |
- Topic Sentence - identify the assumption. | |
- "This might not be the case." | |
- Example 1 (Maybe). | |
- Example 2 (Maybe). | |
- Explain the effect on the argument if the Maybes are true. | |
- Conclusion: | |
- Restate the conclusion and say for the above mentioned questions, the arugment is flawed. | |
- Explain what can happen if the questions can be answered. | |
- The argument is strengthened. |
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