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SAT Inferences: Absolute vs Hedged Wording

Two answer choices can describe the same idea and differ only in how strongly they state it. On inference questions, the strength of the wording is often the entire difference between right and wrong, because a short passage rarely supplies enough evidence to support an absolute claim.

The rule

Match the certainty and the scope of the answer to the certainty and the scope of the evidence in the passage.

Sort the vocabulary. Absolute words include always, never, all, none, every, entirely, proves, and impossible. Hedged words include may, might, suggests, tends to, in some cases, and is likely. A passage reporting one study can support a hedged conclusion about what the study suggests. It cannot support a claim that something is always true.

The test is not that hedged answers are always right. It is that the strength of the choice must match the strength of the evidence. If a passage states flatly that a material melts at a specific temperature, then a firm conclusion about that material is fine. The mismatch only matters when the passage is describing a finding, a tendency, or a single case.

Consider a passage that reports a group of birds in one forest changing their feeding times after a temperature shift. A choice saying birds adjust their feeding times in response to temperature changes overreaches, because it generalizes from one group in one forest to birds in general. A choice saying feeding behavior in at least some bird populations may respond to temperature stays inside what was shown.

Scope words matter as much as certainty words. A choice can be appropriately hedged about likelihood and still wrong about how many or how wide, as when a finding about one region is applied to a whole continent. Check both dimensions: how certain the claim is, and how far it reaches.

One caution so you do not overcorrect. Sometimes the correct answer is the more definite one, particularly when the passage states a direct logical consequence. Use wording strength as a tiebreaker after checking that every part of the choice traces back to the text, not as a shortcut that replaces reading.

The trap

Picking a choice whose idea is right but whose wording claims more than one short passage could establish.

Try it

Try one
Real question

A statistical model predicts a city's electricity demand from the previous day's temperature, fitted as a straight line through some three thousand six hundred daily observations. Engineer Marisol Quijano notes that the model was fitted using data from a decade in which the city had almost no air conditioning, and that air conditioning is now installed in four households out of five. The relationship between temperature and demand in a city with widespread air conditioning is known to be different in kind, not merely in degree: past a threshold the curve bends sharply instead of rising steadily. She concludes that applying the model to the city today ______

Which choice most logically completes the text?

A lake's fish population can be estimated by marking a sample of fish, releasing them, and later recording what fraction of a second catch carries marks. The method assumes marked fish mix evenly back into the population. Limnologist Rangi Hikuroa clipped a fin on five hundred fish and released them all from one jetty. Tracking a subset that also carried small tags, he found that marked fish in one lake remained clustered near the release point for weeks, and the second catch was taken there, where one fish in three carried a mark. His finding implies that the resulting estimate ______

Which choice most logically completes the text?

  • A) is too low, since too few marked fish were recaptured in the second catch overall.
  • B) is accurate, since the marked fish sample was large enough to provide reliable recapture data.
  • C) is too low, since the second catch contained an unrepresentatively high fraction of marked fish. ✓
  • D) is too high, since the marked fish were clustered and not evenly mixed throughout the population.

Why: The method assumes marked fish mix evenly back into the population, but the tagged subset stayed clustered near the jetty and the second catch was taken there, where one fish in three carried a mark. An inflated marked share makes the population look smaller than it is, so the estimate "is too low, since the second catch contained an unrepresentatively high fraction of marked fish." Answering that it "is too high, since the marked fish were clustered and not evenly mixed throughout the population." names the right cause with the wrong direction: clustering at the sampling spot raises the marked fraction, which pushes the estimate down. Answering that it "is too low, since too few marked fish were recaptured in the second catch overall." has the recapture backwards, since one in three is an unusually high marked fraction, not too few. Answering that it "is accurate, since the marked fish sample was large enough to provide reliable recapture data." rests on sample size, which the passage never questions; the problem is where the marked fish were, not how many were marked.

Practice more of these free

Questions students ask

Are answer choices with always or never automatically wrong?

Not automatically, but they need much stronger support than short passages usually give. Treat an absolute word as a prompt to go find the sentence that would justify it. If no sentence states something that sweeping, eliminate the choice.

What if all four choices seem hedged?

Then strength is not the deciding factor and you compare content instead. Check which choice uses only information present in the passage and which one adds a cause, a comparison, or a group the text never mentioned.

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