FRQ 1 – Article Analysis Question

Overview

The AP Psychology FRQ 1 is the Article Analysis Question (AAQ), worth 16.65% of your total exam score. You get 25 minutes, including a 10-minute reading period, to answer six parts (A-F) about one summarized peer-reviewed research article, for a total of 7 points. The AAQ is the first of two free-response questions on the AP Psychology exam; Section II runs 70 minutes total and counts for 33.3% of your score.

The AAQ hands you a study you've never seen and asks you to think like a psychologist evaluating it. You identify the research method, explain how a variable was measured, interpret a statistic, spot an ethical guideline, evaluate generalizability, and explain whether the results support the concept being studied. Everything you need is in the article. This question tests research skills, not memorized studies.

How the AP Psychology AAQ Is Scored

The AAQ is worth 7 points across six parts, and the structure is the same every year. Parts A through E are worth 1 point each, and Part F is worth 2.

A few scoring realities worth knowing. Part F is worth 2 of the 7 points (about 29% of the question), so it deserves the most writing time. The article stays in front of you the whole time, so you never need to memorize anything during the reading period. And graders score what's on the page, not what you implied, so direct answers beat clever ones.

The exam is fully digital, so you'll read the article and type your responses on screen.

How to Answer the AP Psychology AAQ, Step by Step

The winning routine is simple: mark the six rubric elements during the reading period, then answer each part directly in order, saving the most time for Part F. Here's how that plays out across 25 minutes.

Minutes 1-10: Read with the rubric in mind

The reading period is active analysis time, not passive absorption. Because the six parts are predictable, you can hunt for the answers before you ever see the questions. As you read, find and note:

1. The research method. Did researchers manipulate a variable and randomly assign participants? That's an experiment. Did they just measure existing differences and look for a relationship? That's correlational.
2. Variables and operational definitions. How exactly did they measure abstract concepts like "memory" or "stress"?
3. Statistics. What numbers are reported, and what do they say about the groups or variables?
4. Ethics. Look for informed consent, minimal harm, compensation, confidentiality, or debriefing.
5. The sample. Who participated? Age, location, demographics. This is your Part E evidence.
6. The hypothesis and results. What did researchers predict, and what did they actually find?

On the digital exam, build a quick shorthand in your notes: jot "EXP" or "CORR" for the method, copy the key statistic, list the sample demographics. By minute 8, glance at the actual questions to confirm you've found everything they ask about.

Minutes 11-13: Knock out Parts A-C

These are fast identifications if your reading period went well. For Part A, name the method directly: "The research method is an experiment because participants were randomly assigned to conditions." For Part B, describe the actual measurement procedure from the article, not a textbook definition. For Part C, explain what the statistic means for this study, not what the statistic is in general. Each answer should take under a minute.

Minutes 14-16: Parts D and E

For ethics, point to a specific guideline that's actually in the article. If participants signed consent forms, say so. If they were compensated with gift cards, say so. Don't claim the researchers debriefed participants unless the article says they did.

For generalizability, you need two things: a claim and evidence. Pick out a real sample limitation (all participants were over 60, all were college students, all were from one city) and connect it to who the findings can or can't extend to.

Minutes 17-22: Give Part F the most time

Part F is worth 2 points and requires synthesis. Spend 30 seconds planning: which specific result will you cite, and how does it connect to the hypothesis or concept? Then write two to three precise sentences:

1. State whether the results support or refute the concept/hypothesis.
2. Cite a specific finding (with numbers if the article gives them).
3. Explain the connection between that finding and the claim.

Here's how the 2 points typically break down: you earn full credit by using specific results AND explaining how they connect to the hypothesis. You'll land at 1 point if you cite results without explaining the connection, or explain a connection without citing specific results. Vague restatements earn nothing.

Minutes 23-25: Check your work

Confirm you answered every part, your Part E has both a claim and evidence, and your Part F actually references numbers or specific findings from the article. Fix omissions; don't second-guess correct answers.

Worked Examples: What Earns the Point vs. What Doesn't

These examples (based on a sample study where participants were randomly assigned to take a multivitamin or placebo and then completed memory tasks) show the difference between a point-earning answer and a near miss.

Part A, Research Method. Random assignment to multivitamin vs. placebo groups means it's an experiment. "The research method is an experiment" plus a one-line justification is the complete answer. Calling a correlational study an experiment, or naming the data collection tool ("a survey") instead of the method, are the classic ways to lose this point.

Part B, Research Variable. Suppose the question asks how "executive functioning" was operationally defined.

• Doesn't earn it: "Executive functioning is cognitive control." That's a concept definition, not a measurement.
• Earns it: "Participants identified whether objects were the same or different, and executive functioning was scored by their speed and accuracy on the task." That's how this study measured it.

Part C, Statistics. Suppose the article reports a difference in means between groups.

• Doesn't earn it: "The means are different" or "A mean is the average." Restating the number or defining the term gets nothing.
• Earns it: "The multivitamin group recalled more words on average than the placebo group, suggesting the supplement was associated with better recall." That interprets the number in context.

Part E, Generalizability. "The study is generalizable" earns nothing on its own. "The findings may only generalize to older adults because all participants were over 60" earns the point because it makes a claim and supports it with sample evidence.

Part F, Argumentation. A full-credit response looks like: "The results support the hypothesis that multivitamins slow memory decline. The multivitamin group recalled significantly more words on the recall test than the placebo group, which shows the intervention improved the specific memory ability the researchers predicted it would." Specific finding, explicit link to the hypothesis, accurate interpretation. That's the 2-point formula.

Common Study Types You'll See

Each AAQ uses a different article, but a few research patterns show up often, and recognizing them speeds up your reading.

Intervention studies on memory and aging often test whether something (a supplement, a training program) slows cognitive decline. Watch for multiple cognitive measures where some show effects and others don't; your Part F answer needs to name which specific abilities changed.

Social influence studies compare behavior across social conditions or measure attitude change. Generalizability is often limited because lab scenarios don't always reflect real life.

Developmental studies track age groups or test interventions with children. Note the extra ethical considerations (parental consent) and whether the design is cross-sectional or longitudinal.

Clinical and health studies test treatments with random assignment, placebo controls, and multiple outcome measures. Ethics points often come from consent and protections for vulnerable populations.

Common Mistakes

• Defining the concept instead of the measurement in Part B. The rubric wants this study's operational definition, not what the term means in your textbook. Describe the actual procedure: what participants did and how it was scored.
• Restating the statistic instead of interpreting it in Part C. "The mean was higher" tells the grader nothing. Say what the number reveals about the research question in this study.
• Inventing ethical procedures in Part D. If the article never mentions debriefing, don't claim participants were debriefed. Only cite guidelines the article states or clearly implies.
• Making a generalizability claim with no evidence in Part E. This point requires both a stance and support from participant characteristics. "It's not generalizable" alone is half an answer.
• Going vague on Part F. "The results support the hypothesis" with no specific findings caps you at 1 point or less. Cite an actual result, with numbers if available, and explain the connection.
• Misusing technical terms. Precise plain language beats sloppy jargon. If you write "statistically significant" or "random assignment," make sure it's accurate; misused terms can undermine an otherwise correct answer.

Practice and Next Steps

The AAQ is the most predictable question on the exam because the six parts never change, so practice the routine until it's automatic. Run timed reps with FRQ practice with instant scoring to get feedback on each rubric part, and browse the FRQ question bank to see a variety of study designs. Reviewing past exam questions shows you exactly how College Board phrases each part.

The AAQ leans on research methods vocabulary (operational definition, random assignment, placebo, generalizability), so keep the key terms glossary handy while you review. When you're ready, take a full-length practice exam to rehearse the AAQ alongside the Evidence-Based Question, which uses three sources and a 45-minute window. Pacing both FRQs back to back is its own skill, and it's worth practicing before exam day.