SAT — cross-text connections: paired studies
Some Reading and Writing questions on the digital SAT come with a pair of short passages, labeled Text 1 and Text 2, on the same topic. In the Craft and Structure domain these pairs test connections between texts, and the pairs drawn from science and social science follow a recognizable pattern: Text 1 reports a study, a hypothesis or a recommendation, and Text 2 brings a later study, new data or a critic's objection. The question then asks how the researchers in one text would most likely respond to the other, what the two authors would agree on, or how they read the same evidence differently.
This material trains that pattern with twelve original pairs about invented studies, each pair short enough to read in one pass. The relationships between the texts are deliberately varied, because each calls for a different answer. A laboratory dose may be far larger than what animals meet in the field. A correlation between tree cover and childhood asthma may be explained by a third factor that travels with it. A new kind of fossil measurement may support an earlier proposal. A result from one lake may not transfer to lakes with different predators. Two archaeologists may share a conclusion about where copper came from while disagreeing about how it arrived. A change in survey method may produce a decline that is not real. A small study may fail to replicate. An experiment may lack the comparison that would show what caused an improvement. Other pairs ask how the first researchers would answer an objection with their own data, or how a finding about fire fits a finding about groundwater.
For every pair, the explanation names the relationship, points to the sentence in each text that decides it, and shows why the other choices fail. The most common traps are giving one author the other's view and turning a limited objection into a total rejection with words such as "never" or "no effect at all."
The flashcards give the research-method vocabulary that these questions assume: control condition, confounding variable, replication, scope of a result, independent evidence, and the difference between qualifying a claim and refuting it. The material offers a quiz and a flashcard deck. Practice material written by Zestly for students preparing for the SAT; it is not produced or endorsed by the College Board.
- State the main claim of each text in a pair and name the relationship between them
- Predict how a later researcher would respond to an earlier study's method, finding or conclusion
- Recognize critiques based on dose, setting, sample size, confounding variables, missing controls and changed measurement
- Identify the point two authors agree on while disagreeing about its meaning
- Avoid answers that reverse the authors' views or overstate an objection
Practice material written by Zestly, based on the Craft and Structure domain of the digital SAT Reading and Writing section as described on satsuite.collegeboard.org (page consulted September 2026). All paired passages, researchers and studies are original and invented for practice.
Sample question
Text 1 “In a laboratory study, entomologist Mei Tanaka and her team fed honeybees a single dose of a widely used pesticide and then released them one mile from their hives. The treated bees took nearly twice as long as untreated bees to find their way home. Tanaka concluded that the pesticide impairs the navigation of bees that forage near treated crops.” Text 2 “Ruth Adler points out that the bees in Tanaka's study received a dose several times larger than the amount bees typically pick up from the nectar of treated crops. Adler's team tracked bees from colonies placed beside treated fields for a full season and found no delay in their return times.” How would Adler most likely respond to Tanaka's conclusion?
- She would argue that it is confirmed by her own observations of bees beside treated fields
- She would argue that pesticides have no effect on bees at any dose
- She would argue that it should be extended to other insects that visit treated crops
- She would argue that it may not hold for bees under real farm conditions, because the dose tested was much larger than what foraging bees encounter
See the answer
She would argue that it may not hold for bees under real farm conditions, because the dose tested was much larger than what foraging bees encounter
Tanaka generalizes from a lab dose to “bees that forage near treated crops.” Adler objects to exactly that step: the lab dose was “several times larger” than what bees pick up in the field, and her field bees showed no delay. Her data do not confirm Tanaka's result; she says nothing about “any dose,” since she does not dispute what a large dose does; and she never discusses other insects.