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Stay within the scope of the argument. • If your rationale seems farfetched, or you bring in outside knowledge to solve a question, most likely you are overreaching. • The harder you have to work to justify an answer choice, the less likely it is that the choice is correct. |
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The conclusion is often found in the first or last sentence of the passage. • Look for conclusion signposts: “therefore, hence, thus”, etc. Premise clauses usually show support or offer evidence. • Examples of premise signposts: “because, since, in view of, given that”, etc. |
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Supply Your Own Conclusion |
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In “supply your own conclusion” questions, the conclusion must be supported by ALL premises—not just one. Be on the lookout for helpful keywords in the second and last sentence. |
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Ask whether there might be an alternative cause if an argument does not necessarily seem as straightforward as a question stem makes it out to be. “Could Y have caused Z instead of X?” |
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An assumption is merely an unstated (implied) premise. In logically correct arguments which contain an assumption, the premise + assumption = conclusion. If the question stem asks you “what is assumed…” then you should identify unstated premise of passage. Look for a gap in logic. |
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Ask yourself, “What must be true to make the conclusion valid?” (using the premise + assumption = equation formula). • Remember, since the assumption is an UNSTATED premise, any answer choice that comes from the passage to support your assumption is necessarily incorrect. The answer will be implied, not explicitly stated. |
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Find the logical gap and fix it with additional information. This is the ONLY type of GMAT question where additional information (outside of the question) can/should be used. • Correct answers to this question type will: • Connect evidence with conclusion better. • Make conclusion stronger. • Strengthen the evidence with new information (perhaps an assumption is needed to make the argument work). |
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Watch for the distinction between NUMBERS and PERCENTAGES. |
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Inference questions are usually very basic, about one or more premises. PICK THE OBVIOUS ANSWER (even if it seems too obvious). |
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To solve this type of question, look for a logically contradictory discrepancy. • Often the correct answer will take a similar format (in terms of answer length or argument structure). |
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Follow same line of reasoning from the passage in the answer. Eliminate the question stem detail to create a shorthand version of the argument structure. • Question Stem: If it rains, then I will stay at home today.” • Shorthand: If A, then B.” • Answer: “If A, then B.” |
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Always read the question first, then read the stimulus appropriately for that type of question. |
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Are the two situations analogous? Or is the analogy silly? |
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Strengthen/Weaken questions are the most common Critical Reasoning (CR) question type on the GMAT. • Break down piece of evidence. • Attack validity of an assumption. • Don’t try to prove or disprove conclusion. • Tip the scales. |
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Are the statistics representative? Is the question stem doing a bait and switch in terms of numbers? Is the question stem using numbers to assume something is so, when the numbers aren’t actually helping explain the phenomenon given? |
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Number of Critical Reasoning (CR) Questions |
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Most people see 11 CR questions on the GMAT. |
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7 Principles of CR, 1 of 2 |
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1. Understand structure of argument. Identify premise (P), conclusion (C) and any unstated assumptions . Look for structural signpost words which mark P and C. 2. Preview question before reading passage. 3. Paraphrase passage’s point or main idea using one verb “i.e., explain, criticize, compare, contrast”. |
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7 Principles of CR, 2 of 2 |
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4. Judge argument’s persuasiveness while reading actively. 5. Answer question being asked. 6. Prephrase answer. 7. Keep SCOPE in mind. Moderate rather than strong words / qualifiers usually correct. |
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An assumption bridges the gap between argument’s stated premises and conclusion. • Use denial test. • Compare premise words against conclusion. |
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Paraphrasing and Prephrasing |
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Paraphrasing • Actively translate passages into your own words. • Pretend you are explaining the information in a passage to a 10-year-old kid. Prephrasing • Think about what form the correct answer will take. • As you do more questions, you will begin to “guess” correctly, as you start to think as the testmakers do. |
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Don’t be careless! Wrong answer choices often have exactly opposite of desired effect. • Double-check that your answer satisfies the question stem, not the opposite of the question stem. |
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Identify the conclusion and find the answer that addresses the conclusion. Most questions follow this guideline. |
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Consider the evidence, draw a conclusion. An inference is an extension of an argument, not a necessary part of it. A valid inference is a conclusion, but not necessarily the conclusion, of a set of statements. |
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1. Preview question stem. 2. Read stimulus and paraphrase if tricky. 3. Prephrase answer. 4. Choose an answer which answers question stem. |
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When you compare two items, you must be sure that the two items are indeed comparable. |
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For inference questions, determine which answer choice must absolutely, positively be true based on what you’ve read. • Pick the obvious answer choice. • Avoid extreme answers (too strong or too weak) |
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For assumption questions, find the conclusion and determine which answer choice needs to be true for a conclusion to be valid. |
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Use the information that is present in the passage to answer “Indicate the Flaw” CR questions. Not about new information like “Weaken” CR questions. |
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Watch for irrelevant or overly strong answer choices in CR. Stay within SCOPE and TONE of passage. |
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For assumption questions, negate CR answer choice to see if the conclusion can survive. |
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When an argument is based on statistics, it is usually assumed that the people polled are representative of the whole. |
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Questions Involving Surveys |
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Consider: Does the survey accurately represent the views of the whole group surveyed? Is there a statistics bait and switch? |
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Prephrase an answer before looking at the actual answer choices. |
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With explanation questions, reconcile the facts presented. • Stay within scope. |
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An inference is a conclusion that can be drawn based on one or more of the statements in the stimulus. An inference must be true based on something that you read. An assumption is a missing but necessary piece of evidence. An assumption is something that must be true in order for the argument to be complete. |
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Be wary of scope shifts. Look for testmakers’ tricks: • Sometimes a passage will begin with one group and draw a conclusion about another group. Similarly, a passage might have weak premises and then draw an overbroad conclusion. • Other times the tone of the passage moves so far that the testtaker is left wondering, “How did that conclusion come about?” |
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Test relevance. Determine which a choice helps to determine whether a conclusion is valid. |
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2 most common ways to weaken an argument: • Break down central assumption. • Assert alternative possibilities relevant to the argument. |
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