A Memory Revolution

2026 Practice Tests (digital)

2026 Practice Test D English · Question 2 of 50

Passage A Memory Revolution

A Memory Revolution

A high school senior logs on to a computer at the library to double-check the application due date listed on a college admissions website. Nearby, a librarian helps a group of biology students use a database to search for recent studies about mammals. In the past few decades, the Internet has become an integral component of daily life for many people. The seemingly limitless power of search engines made the Internet search extremely common, and today people increasingly rely on the Internet’s vast accumulation of sources to access all types of information. Scientists are beginning to examine how this reliance is modifying the strategies people use to store and prioritize information in their mind.

A Dependable and Valuable Asset

Psychologist Benjamin Storm from the University of California, Santa Cruz, and researchers Sean Stone and Aaron Benjamin devised an experiment to study students’ tendency to depend on the Internet for facts. To begin, the scientists divided sixty participants into multiple groups, including an “Internet” group and a “memory” group, and placed them in front of computers. The Internet group was required to use the search engine Google to answer eight challenging trivia questions. In contrast, participants in the memory group were permitted to use only their personal knowledge to answer the questions. In the second round, the researchers administered notably easier questions. This time, they allowed each group the option of using Google as they answered. Their results showed that 83 percent of the Internet group continued to consult Google in the second round, while only 63 percent of the memory group chose to do so.

People’s growing inclination to rely on the Internet in order to retrieve information, particularly facts and figures, is called cognitive offloading. Canadian researcher Evan F. Risko and British researcher Sam Gilbert, who have written extensively about the topic, say a similar process has been taking place for centuries. In the past, people used resources like encyclopedias to assist their memories; however, today the Internet, serving as a vast extended memory, allows people to digitally access and retrieve much larger volumes of information. Consequently, people’s minds are free for other cognitive feats, such as connecting data, learning new information, or solving problems.

Filing Information Away

The use of the Internet also appears to be modifying the strategies people use to store information in their mind. Researchers Betsy Sparrow from Columbia University, Jenny Liu from the University of Wisconsin-Madison, and Daniel Wegner from Harvard University conducted several studies to discover how people efficiently manage their information intake.

To begin, the researchers examined how people evaluate which information deserves their effort to remember. For this experiment, participants read forty trivia facts, such as “An ostrich’s eye is bigger than its brain,” and typed the statements into a computer file. Half the participants had been previously told the file would be saved, while half believed it would be erased. Next, the participants wrote down every fact they could recall. Those who believed the information would be erased and no longer available could recall 40 percent more facts than those who thought the information would be saved.

In another experiment, the same researchers tested the ability of study participants to remember where to access information. For this trial, participants read and typed trivia statements, which they saved in folders with generic names such as “Facts” and “Items.” After spending ten minutes writing down all the facts they could recall from memory, participants were asked which folder contained a particular fact based on a keyword. For example, “Which folder has the fact about ostriches?” Overall, participants recalled the information’s location more often than the content itself, correctly identifying 49 percent of the folders for specific facts while remembering only 23 percent of the actual trivia. The researchers concluded that our memory is adapting to the Internet age by prioritizing where to locate information even when the specific details are forgotten. According to Sparrow, the Internet has become an important form of transactive memory, an external source of the recollections and associative networks that constitute memory.

As the Internet’s resources continue to expand our “external” memory, some question whether the process may cause people to depend too heavily on technology. However, Steven Pinker, a professor of psychology at Harvard University, says, “Knowledge is increasing exponentially; human brainpower and waking hours are not. Fortunately, the Internet and information technologies are helping us manage, search and retrieve our collective intellectual output at different scales, from Twitter and previews to e-books and online encyclopedias. Far from making us stupid, these technologies are the only things that will keep us smart.”

Flow diagram titled “HOW MEMORY WORKS”: an arrow labeled “New Information” points down into a box labeled “Sensory Memory,” and an arrow labeled “Attention” leads down from that box to a box labeled “Short-Term Memory.” From Short-Term Memory, an arrow points right to the note “Unrehearsed information is forgotten,” and on its left a curved arrow labeled “Rehearsal” loops from the bottom of the box back into its top, beside the note “Information is maintained through repetition.” An arrow labeled “Storage” leads down from Short-Term Memory to a box labeled “Long-Term Memory,” a curved arrow labeled “Retrieval” leads from Long-Term Memory back up into Short-Term Memory, and an arrow points right from Long-Term Memory to the note “Some information may be forgotten over time.”

Question

How do the details about the experiment described in paragraph 5 convey a central idea of the passage?

  • AThey suggest that the act of repeating information by typing it on a keyboard may improve a person’s memory.
  • BThey explain that a person will forget information faster if the information is considered unimportant.
  • CThey indicate that a person may start to forget details when the amount of information becomes overwhelming.
  • DThey suggest that memory is affected by whether a person expects to have access to the information in the future.
Show the answer

Correct answer: D

The question asks how the details of the experiment described in paragraph 5 convey a central idea of the passage.

A. Incorrect. Although paragraph 5 states that participants read the trivia facts and then “typed the statements into a computer file,” it does not explain the impact of repetition on memory, nor does this convey a central idea of the passage.

B. Incorrect. Paragraph 5 acknowledges that people evaluate which information is important enough to remember, but it does not describe the rate at which people forget unimportant information. According to the paragraph, information is considered less important to remember if a person believes that he or she will be able to retrieve that information easily in the future. This does not mean the information is unimportant but rather that it is readily available for future access.

C. Incorrect. Paragraph 5 specifies the number of trivia facts that study participants were given to read (forty), but it does not describe the amount of information as a factor in the participants’ memory performance. According to the paragraph, it was not the amount of information but rather the expectation of future availability that affected how much information participants were able to recall.

D. CORRECT. A central idea of the passage is that the way the human memory stores information is changing because of the Internet. The details of the experiment support this idea by indicating that study participants remembered different amounts of information based on whether they “thought the information would be saved” (paragraph 5). Those who “believed the information would be erased and no longer available” (paragraph 5) remembered 40 percent more than those who expected to be able to access the information again in a saved computer file. Therefore, paragraph 5 conveys the central idea that the expectation of future access to information is a key element in “how people evaluate which information deserves their effort to remember.”

Question analysis

Paragraph 5 of “A Memory Revolution” describes an experiment in which people typed forty trivia facts, such as one about an ostrich’s eye, into a computer file and then wrote down all they could recall. This central-idea question asks how the experiment’s details convey a central idea of the passage. Each choice offers a different lesson about memory, so the experiment’s actual result must decide.

NYS standards
  • 7R2 theme or central idea
  • 7R1 textual evidence and inferences
Grade level
Grade 7 reading and task
Compared with grade 7
At grade 7 Explaining what an experiment’s results show is common grade 7 reading. The experiment in paragraph 5 is told in plain words and its result is a single comparison, so the main demand is restating that result as an idea.
Estimated difficulty
Straightforward: two steps or one careful reading.
Evidence
Answered from one paragraph or stanza
Reading level
Passage: about grade 14, 763 words; question and choices: about grade 12, 88 words.
Students, last 30 days
Not enough answers yet to show (it takes 10).
Why it is hard, traps and wrong answers (shows the answer)

Why it is hard

The experiment is short and its result fits in one sentence, so most students find the idea once they ask what differed between the two groups. The trap is the paragraph’s framing, “which information deserves their effort to remember,” which invites talk of important and unimportant facts and leads to the choice about forgetting. Others reach for what they know about studying, such as writing things down, instead of the one condition the researchers changed.

  1. Reading between the lines minor Working it out

    Paragraph 5 never names the cause; students must see that both groups read and typed the same forty facts, so only what they were told about the file can explain the 40 percent gap. (Graesser, Singer & Trabasso, 1994; Kintsch, 1998)

  2. A very close wrong answer minor Choosing the answer

    The choice about forgetting unimportant information shares the key’s idea that how people regard information affects memory; it differs in the reason, importance rather than expected access, and adds a speed nobody measured. (Embretson & Wetzel, 1987; Gorin & Embretson, 2006; Ascalon et al., 2007)

Strategy: Restate the experiment in paragraph 5 and its result in one sentence of your own, then reject any choice that rests on something the experiment did not set up or measure.

Traps

  • Twists what the text says: Uses the text's topic and ideas but changes what it says: who did it, how much, when, or why.
  • Outside knowledge: A choice is plausible in the real world but not supported by this text.
  • Reads too much in: A reasonable-sounding conclusion that goes further than the text allows.

The wrong answers, classified

How the questions are analyzed, and the research behind it

Working it out, step by step

  1. Figure out what the question asks

    This is a central idea question. It asks what the experiment in paragraph 5 shows. It also asks how that result supports a main point of the article. The article’s main point is that the Internet is changing how people remember.

  2. Find the experiment in paragraph 5

    In paragraph 5, participants, the people in the study, “read forty trivia facts” and “typed the statements into a computer file.” Then: “Half the participants had been previously told the file would be saved, while half believed it would be erased.” The result: “Those who believed the information would be erased and no longer available could recall 40 percent more facts than those who thought the information would be saved.”

  3. Work out what the result means

    Both groups read the same forty facts. Both typed them the same way. Only one thing was different: what each group expected to happen to the file. People who thought the facts would be gone remembered more. People who thought the facts would be saved remembered less. So your memory depends on whether you expect to look the facts up later. This fits the article’s point. When people know they can find facts again, they work less to remember them.

  4. Check each choice

    • A does not fit. Both groups typed the facts, so typing cannot explain why one group remembered more.
    • B does not fit. Nobody called the saved facts unimportant. They were just expected to stay available. The study also never measured how fast people forget.
    • C does not fit. Both groups read forty facts, so the amount was the same for everyone.
    • D fits. What people expected about later access changed how much they remembered.

    Watch out: B is tempting because the paragraph talks about “which information deserves their effort to remember.” But the saved facts were not judged unimportant. They were judged easy to find later.

  5. Choose the answer

    The only difference between the groups was whether they expected the file to be saved. So the answer is D, “They suggest that memory is affected by whether a person expects to have access to the information in the future.”

Why this answer and not the closest wrong one

B is the closest wrong choice. Like D, it says that how people see information affects memory. But B gives the wrong reason and adds a speed of forgetting. The study never tested importance or speed. The one thing it changed was whether people expected to see the facts again. That is exactly what D says.

The original DOE question

Question 2 as shown on the DOE’s digital test, page 6 of its printable version.
As printed in the DOE’s printable version of 2026 Practice Test D English, page 6, question 2.
The passage “A Memory Revolution” as printed (pages 3–4)The passage “A Memory Revolution” as printed on page 3 of the DOE handbook.The passage “A Memory Revolution” as printed on page 4 of the DOE handbook.