What the question looks like
Near the end of each Reading and Writing One of the two timed parts of each SAT section, each with its own clock.Read the lesson, you'll get questions built on a student's notes. The test calls them Rhetorical Synthesis, which means using notes to write a sentence for a purpose.
You get three to six bullets under the line “While researching a topic, a student has taken the following notes:” and then a question with the student's goal in it:
The student wants to emphasize a difference in why Mirela and Oskar use beeswax. Which choice most effectively uses relevant information from the notes to accomplish this goal?
Only the goal changes from one question to the next. Read it first, then read the notes it needs. The bullets have no main point, so don't look for one.
Every choice is built from the notes, and even the wrong ones are usually true, so what matters is which one does the job the goal names. Using more notes doesn't help. You don't need to know the subject, since the notes explain their own technical words.
Working through a question
- Beeswax is a soft wax made by honeybees.
- Furniture maker Mirela rubs beeswax onto the wooden rails that drawers slide on.
- She uses it so drawers slide open without sticking.
- One cabinet she built has 120 drawers.
- Boatbuilder Oskar uses beeswax so screws go into hard wood without splitting it.
The student wants to emphasize a difference in why Mirela and Oskar use beeswax. Which choice most effectively uses relevant information from the notes to accomplish this goal?
- A. Beeswax, a soft wax made by honeybees, is used on both Mirela's furniture and Oskar's boats.
- B. Mirela rubs beeswax onto drawer rails so drawers slide open without sticking, and one cabinet she built has 120 drawers.
- C. Mirela uses beeswax so screws go into hard wood without splitting it, while Oskar uses it so drawers slide open without sticking.
- D. Mirela uses beeswax so drawers slide open without sticking, while Oskar uses it so screws go into hard wood without splitting it.
-
Turn the goal into a checklist. Write down what it asks you to do, who or what it names, and anything extra, like the reader it's for. “Both” and “and” mean two boxes. This goal gives you three: a difference, Mirela's reason, and Oskar's reason.
-
Read the notes you need, and say the answer. The goal is about reasons, so you need the third bullet and the last. In your own words: Mirela uses beeswax so drawers slide easily, and Oskar uses it so screws don't split the wood.
-
Tick each choice against the checklist. For every choice you cross off, name the empty box.
- A fills no box. It says what the two have in common.
- B gives Mirela's reason and stops, so Oskar's box is empty. The 120 drawers fill nothing.
- C and D both seem to fill all three.
Count each choice's empty boxes instead of ranking the sentences against each other.
-
If two are left, read them word against word. C looks a lot like your answer from step 2, but the notes give Mirela the drawers and Oskar the screws. C has them backward, so D is the answer.
-
Stop. Once one choice fills every box and matches the notes, pick it and move on.
Trap: A good sentence for a different goal
Choice A is true and reads well, and it would answer a goal about what Mirela and Oskar share.
What to do: Before you keep a choice, name the box it fills.
What the goal asks for
The goal's A word for what something does or is, such as carry or seem. decides what the sentence has to contain.
| The goal says | The sentence must give | Not enough |
|---|---|---|
| emphasize the significance of a discovery | What it changed, made possible, or showed | What it is, or when it happened |
| explain an advantage of beeswax | What beeswax lets someone do or avoid | A feature, like “beeswax is soft” |
| make and support a generalization | A Something a passage says is true, which the rest of it backs up or limits. about a whole group, backed by a note | A fact about one member |
| specify the reason for something | A cause the notes tie to it | Something that happened around the same time |
| describe how something works | Its steps, in order | What it's for |
| refute a claim (show it's false), or correct a misconception (a wrong belief) | The belief and a fact that shows it's false | A fact that's only different |
| provide an overview | The whole sequence | One episode in detail |
| specify the year, place, source, or amount | That detail | The right topic without it |
For a goal like the last one, scan the choices for that detail first.
- The worst flood on record hit the town of Alder in 1951.
- Alder built a dam on the river in 1952.
- The dam was built to stop the spring floods.
For the goal “specify the reason Alder built the dam”:
A reason needs a word that ties the cause to the effect, like “because,” “so that,” or “to.”
- Right
- Alder built a dam on the river in 1952 to stop the spring floods.
- Wrong
- Alder built a dam on the river in 1952, a year after the worst flood on record.
The second sentence gives only the timing. Nothing in it says the flood is why Alder built the dam.
To refute the belief that bats are blind, the sentence needs a fact that contradicts it. “Bats find insects by sound” doesn't, since a blind animal could do that too. “Every bat species can see” does.
Learn two more goal words before test day, since the notes won't explain them. Applicability means what something can be used for, and disproportionate means larger or smaller than its share.
Goals about a study
- Biologist Mara Okon studied a frog species at a pond in Ohio.
- She hypothesized that the frogs call less on cold nights.
- She counted the frogs' calls every night for a year.
- She found that calls fell by half on nights below 50 degrees.
When the notes describe a study, every choice sounds like research. Sort them by their verbs.
| Part of the study | Verbs that signal it |
|---|---|
| What she wanted to know (the aim) | hypothesized, sought to determine, wanted to know, set out to |
| What she did (the method) | measured, surveyed, tracked, compared, counted |
| What she found (the finding) | found, revealed, showed |
Keep the part the goal names. A goal about the methods (or methodology) needs who or what was studied and how, as in “Okon counted the calls of a pond frog every night for a year.”
For the goal “present Okon's hypothesis and the finding that supports it”:
A goal with “and” in it has two boxes, and the answer fills both.
- Right
- Okon hypothesized that the frogs call less on cold nights, and she found that calls fell by half on nights below 50 degrees.
- Wrong
- Okon hypothesized that the frogs call less on cold nights, and she tested this by counting their calls every night for a year.
The second sentence gives the method where the finding should be.
Trap: Half the goal, said beautifully
“On nights below 50 degrees, the frogs Okon studied called only half as often.” The finding is clear and exact, but the hypothesis is missing.
What to do: Check each half on its own. If either box is empty, the choice is out.
A goal that says “emphasize” wants the thing it names in the main part of the sentence.
Trap: The right fact, buried
Goal: “emphasize the aim of Okon's study.” Choice: “Although Okon set out to learn whether the frogs call less on cold nights, her study showed that their calls fell by half below 50 degrees.” The aim is there, but the main point is the result.
What to do: Cover any part that starts with “although” or sits between two commas, and ask whether what's left does the job.
Similarities and differences
- Mirela uses beeswax so drawers slide open without sticking.
- One cabinet Mirela built has 120 drawers.
- Oskar uses beeswax so screws go into hard wood without splitting it.
A similarity or a difference needs both sides and the actual point where they match or differ.
Trap: It says they differ without saying how
“Mirela and Oskar both use beeswax, but for different reasons.” It names both people and promises a difference, then gives neither reason.
What to do: Ask whether you could tell a friend what the difference is using only this sentence.
Two facts side by side don't compare anything either. “One cabinet Mirela built has 120 drawers, while Oskar uses beeswax so screws don't split the wood” sets a number next to a reason.
If the notes allow two comparisons, such as why two people use beeswax and how much they use, the goal's exact words decide. If it says “why,” only the reasons count.
When two choices use the same facts, the difference is often one joining word, and each one makes a claim you can check. “Both” gives the same thing to each person. “Whereas” and “while” say the two differ. “Likewise” says the second matches the first. “Respectively” matches names to facts in order, so in “Mirela and Oskar use beeswax for sliding drawers and driving screws, respectively,” check that the first fact is Mirela's.
Trap: The joining word did the thinking
“Mirela and Oskar both use beeswax to keep screws from splitting the wood.” The “both” makes it sound like a fair summary, but the notes give that reason only to Oskar.
What to do: Read what's on each side of the joining word and find it in the notes.
When the goal names a reader or a kind of sentence
- In a descending auction, the price starts high and drops until a buyer accepts it.
- Economist Lena Park studied descending auctions at fish markets.
- She found that they end faster than auctions where the price rises.
- Park said, “Every second a buyer waits, someone else might take the lot.”
For the goal “present Park's finding to an audience unfamiliar with descending auctions”:
A reader who is new to something needs to be told what it is.
- Right
- Descending auctions, in which the price starts high and drops until a buyer accepts it, end faster than auctions where the price rises, Park found.
- Wrong
- Descending auctions end faster than auctions where the price rises, Park found.
A reader who has never heard of a descending auction can't follow the second sentence.
Words about the reader or the kind of sentence are checklist boxes too.
| The goal says | The sentence needs |
|---|---|
| an audience unfamiliar with X | What X is, in plain words, before or alongside the rest |
| an audience already familiar with X | The new point, with no stop to define X |
| begin a narrative | A person, a moment or place, and something happening |
| use a quotation to do a job | Words quoted from the notes that do that job |
Trap: The reader or the kind of sentence fell off
Goal: “use a quotation from Park to explain why descending auctions end quickly.” Choice: “Park explains that buyers act fast because someone else might take the lot.” It names Park and gives her reason, but it quotes none of her words.
What to do: For a reader, ask what they know and still need. For a kind of sentence, ask whether this is that kind.
Choosing which notes to use
- Beeswax is a soft wax made by honeybees.
- Furniture maker Mirela rubs beeswax onto the wooden rails that drawers slide on.
- She uses it so drawers slide open without sticking.
- One cabinet she built has 120 drawers.
For the goal “explain an advantage of beeswax for Mirela”:
Use a note only if the goal needs it.
- Right
- Beeswax lets Mirela's drawers slide open without sticking.
- Wrong
- Beeswax lets Mirela's drawers slide open without sticking, and one cabinet she built has 120 drawers.
The 120 drawers are the most striking fact in the notes, but they don't explain any advantage.
Length tells you nothing by itself. A long sentence may need every word for a two-part goal.
Trap: The one that uses the most notes
“Mirela rubs beeswax, a soft wax made by honeybees, onto drawer rails, and one cabinet she built has 120 drawers.” It packs in three notes and never says what the beeswax lets her do.
What to do: Check each box first, then mark every detail the goal didn't ask for. Those details add nothing.
Trap: It uses the goal's own word
“Beeswax gives Mirela a clear advantage in her furniture work.” It repeats “advantage” and never says what the advantage is.
What to do: Ask whether the sentence does what the word names. The right answer often says it in other words.
Sometimes you need two notes joined. If one bullet defines binding as a drawer catching on its rails, and a later one says Mirela uses beeswax to stop binding, you need both to explain the advantage.
The last check
Before you pick, check your choice against the notes once more.
Make sure each fact still belongs to its owner. When two people, dates, or lists look alike, jot down the pairs as you read the notes (Mirela: drawers; Oskar: screws).
Trap: The direction got reversed
“Mirela uses beeswax so screws go into hard wood without splitting it, while Oskar uses it so drawers slide open without sticking.” Every box looks filled, but each reason belongs to the other person.
What to do: Match each fact to its owner in the notes.
Make sure cause and effect point the way they do in the notes, and that the choice is no surer than the notes are. If a note says a new glue “may” last longer, a choice saying it “lasts” longer is too sure.
Last, check what each number measures.
- Fields planted with the new seed produced 52 percent more corn than fields planted with the old seed.
Keep a number with the words attached to it.
- Right
- The new seed produced 52 percent more corn than the old seed.
- Wrong
- The new seed produced 52 percent of the corn harvested.
Both say 52 percent, but the second turns a comparison with the old seed into a share of the whole harvest.
Practice
Work through the three examples with a checklist for each goal, then try five more.
While researching a topic, a student has taken the following notes:
• Aroha’s workshop washed tools with water and mineral oil.
• Oil and water separate because their molecules attract their own kind.
• The less dense oil forms the mixture’s upper layer.
• Workers changed methods so they could reuse the oil.
• In 1924, workers began draining water from beneath the oil.
The student wants to specify the year the workshop changed its practice. Which choice most effectively uses relevant information from the notes to accomplish this goal?
- A
In 1924, workers at Aroha’s workshop began draining water from beneath the mixture’s upper oil layer.
- B
Aroha’s workshop washed tools with oil and water, whose separation let workers drain the water and reuse the oil.
- C
Workers at Aroha’s workshop changed their methods because they wanted to reuse the oil used for washing tools.
- D
The workshop’s new practice involved draining water from beneath the mixture’s less dense upper layer of oil.
Show the answer
- A
In 1924, workers at Aroha’s workshop began draining water from beneath the mixture’s upper oil layer.
Correct answerThe notes state that workers began draining water from beneath the oil in 1924. This choice gives that year and identifies the practice that changed.
- B
Aroha’s workshop washed tools with oil and water, whose separation let workers drain the water and reuse the oil.
This choice packs in the washing process, liquid separation, draining method, and oil reuse, but it omits 1924, the information the goal asks for.
- C
Workers at Aroha’s workshop changed their methods because they wanted to reuse the oil used for washing tools.
This choice explains why workers changed their method, to reuse the oil, instead of stating when the change occurred.
- D
The workshop’s new practice involved draining water from beneath the mixture’s less dense upper layer of oil.
This choice repeats the goal’s word “practice” and describes the new method, but it omits the year.
Solution
The goal is to specify the year the workshop changed its practice. The notes give that date directly: “In 1924, workers began draining water from beneath the oil.”
The effective response includes 1924 and connects it to the new draining method. Details about why the liquids separate or why workers wanted to reuse the oil do not supply the requested year.
While researching a topic, a student has taken the following notes:
• Thandiwe studied an oil that remained undissolved in water and was less dense than the water.
• Thandiwe hypothesized that mixtures with larger oil droplets would form a separate upper layer sooner.
• She prepared mixtures with different oil droplet sizes, using equal amounts of oil and water.
• Thandiwe timed how long each mixture took to form an upper oil layer.
• Larger droplets formed this layer in six minutes, while smaller droplets required eleven minutes.
The student wants to present Thandiwe’s hypothesis and the finding that supports it. Which choice most effectively uses relevant information from the notes to accomplish this goal?
- A
Thandiwe predicted faster separation with larger oil droplets and tested this hypothesis by timing layer formation in mixtures with different droplet sizes.
- B
In Thandiwe’s experiment, mixtures containing larger oil droplets formed a separate layer in six minutes, compared with eleven minutes for smaller droplets.
- C
Thandiwe predicted faster separation for larger oil droplets, whose layer measured six millimeters thick, compared with eleven millimeters for smaller droplets.
- D
Thandiwe’s prediction that larger oil droplets separate faster gained support: their layer formed in six minutes, compared with eleven for smaller droplets.
Show the answer
- A
Thandiwe predicted faster separation with larger oil droplets and tested this hypothesis by timing layer formation in mixtures with different droplet sizes.
This choice substitutes the method used to test the hypothesis, timing layer formation with different droplet sizes, for the finding that supports it. It omits the six-minute and eleven-minute results.
- B
In Thandiwe’s experiment, mixtures containing larger oil droplets formed a separate layer in six minutes, compared with eleven minutes for smaller droplets.
This choice presents the comparative finding, six minutes for larger droplets and eleven minutes for smaller droplets, but leaves out Thandiwe’s hypothesis that larger droplets would separate faster.
- C
Thandiwe predicted faster separation for larger oil droplets, whose layer measured six millimeters thick, compared with eleven millimeters for smaller droplets.
This choice changes the measured quantity from time until layer formation to layer thickness. The notes give six and eleven minutes, not millimeters.
- D
Thandiwe’s prediction that larger oil droplets separate faster gained support: their layer formed in six minutes, compared with eleven for smaller droplets.
Correct answerThis choice states Thandiwe’s hypothesis that larger oil droplets would separate faster and gives the supporting finding: the larger droplets formed a layer in six minutes, compared with eleven minutes for the smaller droplets.
Solution
The response must include both Thandiwe’s hypothesis and the experimental finding that supports it. Her hypothesis was that mixtures with larger oil droplets would form a separate upper layer sooner.
The results match that prediction. Larger droplets formed the layer in six minutes, while smaller droplets required eleven minutes. The choice stating both the prediction and those measured times fully accomplishes the goal.
While researching a topic, a student has taken the following notes:
• Linguists Haddad and Marchetti examine recorded conversations in sign language using frame-by-frame playback rather than continuous viewing.
• In spontaneous signing, the transition between successive signs can make the endpoint of an individual sign difficult to identify.
• Haddad marks these endpoints to determine how signers divide continuous movement into distinct linguistic units.
• Facial movements can accompany manual signs, and their timing relative to those signs varies within a conversation.
• Marchetti tracks this timing to examine coordination between facial movements and manual signs in each recording.
The student wants to emphasize a difference in why Haddad and Marchetti use frame-by-frame playback. Which choice most effectively uses relevant information from the notes to accomplish this goal?
- A
Although Haddad and Marchetti both use frame-by-frame playback to examine recorded conversations in sign language, they use this technique to pursue different questions about signing.
- B
For Haddad, frame-by-frame playback reveals boundaries between signs within continuous movement, while Marchetti also uses this technique to analyze recorded conversations in sign language.
- C
Haddad uses frame-by-frame playback to identify boundaries between signs, whereas Marchetti uses it to examine the timing of facial movements relative to manual signs.
- D
Frame-by-frame playback allows Marchetti to locate boundaries between successive signs and Haddad to examine how facial movements are timed in relation to manual signs.
Show the answer
- A
Although Haddad and Marchetti both use frame-by-frame playback to examine recorded conversations in sign language, they use this technique to pursue different questions about signing.
This choice announces that the researchers pursue different questions without identifying what either researcher wants to learn from frame-by-frame playback.
- B
For Haddad, frame-by-frame playback reveals boundaries between signs within continuous movement, while Marchetti also uses this technique to analyze recorded conversations in sign language.
This choice explains Haddad’s purpose but gives only Marchetti’s general activity of analyzing recordings. It leaves out Marchetti’s focus on the timing of facial movements relative to manual signs.
- C
Haddad uses frame-by-frame playback to identify boundaries between signs, whereas Marchetti uses it to examine the timing of facial movements relative to manual signs.
Correct answerThis choice directly compares the researchers’ purposes. The notes say Haddad marks sign endpoints to study boundaries between linguistic units, while Marchetti tracks timing to study coordination between facial movements and manual signs.
- D
Frame-by-frame playback allows Marchetti to locate boundaries between successive signs and Haddad to examine how facial movements are timed in relation to manual signs.
This choice reverses the researchers’ purposes. Haddad studies boundaries between signs, and Marchetti studies the timing of facial movements relative to manual signs.
Solution
The goal is to emphasize a difference in why the researchers use frame-by-frame playback, so identify what each researcher uses it to study. Haddad marks sign endpoints to determine how signers divide continuous movement into distinct linguistic units. Marchetti tracks the timing of facial movements relative to manual signs to examine their coordination.
The choice that pairs Haddad with identifying sign boundaries and Marchetti with examining facial movement timing states both purposes and directly contrasts them.
Next steps
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