title: "AP Psychology FRQ Practice Guide" description: "Master the two FRQ types: article-based and evidence-based. Learn the structure, rubric, define-and-apply templates, common traps, and worked examples." date: "2026-01-15" examDate: "May AP Exam" topics:
- Article-Based FRQ
- Evidence-Based FRQ
- Define-and-Apply Structure
- FRQ Rubrics
- Worked Examples
The FRQ section is 50 points out of 200 (25% of your score). Scoring 6–7 points on each FRQ is the difference between a 4 and a 5. The good news: FRQ patterns repeat every year. Learn the structure, and you'll earn points consistently.
Two FRQ Types
FRQ 1: Article-Based Question (~7 points)
What it asks: You read a 1-paragraph research summary. The question asks you to (a) identify variables, (b) name the study design, (c) interpret the findings, and (d) apply a concept to explain the results.
Example structure:
"A researcher hypothesized that students who use spaced repetition (reviewing material at increasing intervals) would retain vocabulary better than students who cram once. She randomly assigned 60 high school students to two groups: spaced repetition (10 min every day for 2 weeks) vs. single cram session (1 hr the day before). Both groups took an identical vocabulary test. The spaced group averaged 84%; the cram group averaged 71%. The researcher concluded that spacing improves retention."
You need to identify:
- Independent variable (IV): study method (spaced vs cram)
- Dependent variable (DV): vocabulary test score
- Study design: experimental (random assignment, manipulation of IV)
- Confounding variables that AREN'T controlled (e.g., prior knowledge, motivation level, IQ)
- Apply a concept: "This supports the spacing effect. Spaced practice uses more retrieval attempts, strengthening memory encoding through elaboration and reducing interference from decay or new learning."
Rubric (article-based, 7 points):
- Correctly identify IV and DV (1 pt each = 2 pts)
- Correctly name study design as experimental (+ random assignment/manipulation as evidence) (1 pt)
- Identify 1–2 confounding variables (1 pt)
- Apply a psychological concept + name it (3 pts: 1 for naming concept, 2 for applying to scenario correctly)
FRQ 2: Evidence-Based Question (~7 points)
What it asks: You are given a scenario or prompt. You must use multiple pieces of psychological evidence (concepts, studies, theories) to support an argument or explain a phenomenon.
Example prompt:
"A teenager named Marcus is studying for his AP Psychology exam. He notices he procrastinates, gets anxious before tests, and struggles to remember vocabulary words. Using psychological evidence, explain how Marcus could use at least two different learning or memory strategies to improve his retention and reduce test anxiety."
You need to:
- Name a concept/theory (e.g., spaced repetition, state-dependent memory, cognitive restructuring from CBT).
- Define it in psychological language.
- Apply it to Marcus's scenario.
- Repeat for a second concept.
- Optionally, cite a researcher or study that supports your evidence.
Rubric (evidence-based, 7 points):
- Identify and define Concept 1 correctly (2 pts)
- Apply Concept 1 to scenario (1 pt)
- Identify and define Concept 2 correctly (2 pts)
- Apply Concept 2 to scenario (1 pt)
- Bonus: Cite a researcher or study by name (+1 pt, if space allows)
Define-and-Apply Template
For any FRQ, use this structure:
Step 1: Name the term
"In the context of this scenario, [term name] is..."
Step 2: Define in psychology language
"[Term] refers to [formal definition using field vocabulary]."
Step 3: Apply to the scenario
"In this case, [character/situation] [apply the mechanism to the specific details]."
Step 4: Explain why / predict outcome
"As a result, [mechanism] leads to [predicted or observed outcome]."
Example FRQ 1 (Article-Based) — Full Worked Response
Prompt: A researcher studied whether playing video games improves hand-eye coordination in 8th graders. She randomly assigned 40 students to two groups: Group A played action video games for 30 min daily for 4 weeks; Group B played no video games (control). Both groups took a hand-eye coordination test (throwing accuracy) before and after. Group A improved 22% on the post-test; Group B improved only 6%. The researcher concluded that video games improve coordination.
Student response (aiming for 7/7):
Identify variables: "The independent variable is the video game intervention (action games vs. no games). The dependent variable is hand-eye coordination, measured by throwing accuracy improvement on the post-test."
Identify study design: "This is an experimental design because the researcher randomly assigned students to two groups, manipulated the independent variable (video games), and controlled the control group."
Confounding variables: "Potential confounds that were not controlled: prior gaming experience, athletic ability, baseline coordination, motivation to improve, and practice effects (Group A may have practiced throwing more frequently simply due to attention from the study)."
Apply a concept: "The result supports observational learning and motor practice principles. According to Bandura's social-cognitive theory, observing coordinated movements in video games (modeling) and practicing hand-eye coordination through gameplay (operant conditioning with immediate feedback from game success/failure) strengthens neural pathways for motor coordination. The 22% improvement in Group A reflects the combined effect of encoding motor skills through repetition and receiving reinforcement (game feedback) that shapes coordinated responses."
Score: 7/7 (IVs identified, DVs identified, design named with justification, 2 confounds named, concept named + applied with mechanism explained).
Example FRQ 2 (Evidence-Based) — Full Worked Response
Prompt: "A college student, Jasmine, struggles with social anxiety. She avoids speaking up in class because she fears others will judge her negatively. Using psychological concepts, explain how Jasmine's anxiety might arise and suggest two evidence-based interventions to reduce her anxiety and increase classroom participation."
Student response (aiming for 7/7):
Concept 1 — Cause of anxiety: "Jasmine's social anxiety likely stems from the fundamental attribution error and stereotype threat. The fundamental attribution error is the tendency to overattribute others' actions to their personality rather than their situation. Jasmine may assume that if she speaks and others react negatively, they will attribute her poor performance to her lack of intelligence (internal attribution) rather than recognizing that nervousness (internal but temporary) or situational pressure (external factor) caused the fumble. This catastrophic thinking feeds her avoidance. Additionally, stereotype threat — the anxiety that arises when a person fears confirming negative stereotypes about their group — may amplify her anxiety in class if she belongs to a group underrepresented in her major. Both mechanisms reinforce avoidance behavior through negative reinforcement (removing anxiety by not speaking)."
Concept 2 — Intervention 1 (Cognitive-Behavioral Therapy): "First, Jasmine could practice cognitive-behavioral therapy (CBT). CBT is a therapeutic approach that identifies irrational or catastrophic thoughts and replaces them with more adaptive, evidence-based ones. For Jasmine, a CBT therapist would help her recognize that 'If I speak, everyone will think I'm stupid' is an overgeneralization and likely untrue. Instead, she could develop a rational alternative: 'I may say something imperfectly, but one comment does not define my intelligence. Professors and classmates are focused on their own concerns, not judging me harshly.' Repeatedly practicing this cognitive restructuring reduces the amygdala's fear response (habituation) and gradually increases her willingness to participate."
Concept 3 — Intervention 2 (Exposure/Operant Conditioning): "Second, Jasmine could use graduated exposure combined with positive reinforcement. Graduated exposure (systematic desensitization) involves exposing herself to anxiety-provoking stimuli in small, manageable steps: first, ask one question in a small discussion group; then, comment once in a mid-size class; finally, speak in a large lecture. Concurrently, she should use self-reward (operant conditioning with positive reinforcement) for each attempt: 'After I speak in class, I'll reward myself with a 10-minute break or snack I enjoy.' This pairs the anxiety-inducing behavior (speaking) with positive consequences, gradually reducing the association between speaking and fear. Over time, the reduction in anxiety itself becomes reinforcing (negative reinforcement), and she may naturally participate more."
Score: 7/7 (Concept 1 named + defined with psychology language, applied to scenario + mechanism explained; Concept 2 named + defined + applied + mechanism; strong use of terminology).
Common FRQ Traps and How to Avoid Them
| Trap | Why It Costs Points | Fix | |---|---|---| | Not naming the term. "This student uses memory strategies." | Rubric requires the name of the concept (e.g., "spaced repetition", not just "repeated studying"). | Always write: "In psychology, this is called [TERM]..." | | Defining vaguely. "The amygdala processes emotions." | Too general; doesn't show mastery of the term's role in the scenario. | Define in context: "The amygdala, a limbic structure, detects threat and triggers the fight-or-flight response, activating the sympathetic nervous system." | | Not applying to the scenario. "Cognitive dissonance is when beliefs conflict." | A definition alone, with no link to the scenario, earns zero application points. | Connect explicitly: "In this case, Jasmine's belief ('I'm smart') conflicts with her thought ('Everyone will judge me as dumb'), creating cognitive dissonance that drives avoidance." | | Naming the wrong concept. "This person is using the bystander effect." (They're alone.) | Misidentifying concepts costs full points on that concept. | Double-check: Does the concept fit the scenario? (Bystander effect requires multiple people.) | | Confusing reinforcement with punishment. "The teacher used negative reinforcement to reduce talking." (i.e., gave a timeout.) | Negative reinforcement removes an aversive stimulus; punishment adds one. This is the #1 FRQ mistake. | Memorize: Negative reinforcement = remove bad thing → more likely to repeat behavior. Punishment = add bad thing → less likely to repeat. | | Forgetting to cite a researcher (bonus). "This is an example of observational learning." | You can earn +1 bonus pt by naming Bandura or citing the Bobo doll study. | If you have space, add: "as demonstrated by Bandura's Bobo doll experiments." | | Diagnosing instead of explaining. "This person has major depression." | AP Psychology doesn't ask you to diagnose; it asks you to explain mechanisms using concepts. | Instead: "This person's symptoms (persistent low mood, anhedonia) suggest a serotonin dysregulation, often treated with SSRIs that increase serotonin availability." |
Rubric Keyword Phrases
Rubrics reward specific language. Use these phrases to earn points:
- "In the context of this scenario..." (signals you're about to apply a concept)
- "[Researcher name] demonstrated that..." (cites evidence)
- "This is an example of [concept], which refers to..." (clearly names + defines)
- "As a result..." or "Consequently..." (shows causal/mechanistic thinking)
- "Both variables were controlled except for..." (shows understanding of experimental design)
- "An alternative explanation could be..." (shows critical thinking about confounds)
How to Practice
- Set a timer for 25 min per FRQ. (Exams give you ~25 min per FRQ once you account for reading.)
- Write by hand on notebook paper. (Mimics exam conditions; improves retention.)
- Score yourself using the rubric above. Does your response hit all 7 points?
- Compare to an official AP rubric (available at College Board). Adjust your language.
- Do 4–6 practice FRQs per week (Weeks 2–4 of your study plan).
Final Checklist Before Exam Day
- ☐ You can define and apply 20+ key terms (neurotransmitters, conditioning types, disorders, therapies).
- ☐ You've scored 6–7 pts on at least 4 practice FRQs.
- ☐ You can distinguish "define + apply" from "just define."
- ☐ You know the difference between negative reinforcement and punishment.
- ☐ You've read last-minute-review for quick refreshes.
You've got this. On exam day, take a breath, read the scenario carefully, and trust that you know the concepts. 🎯
Ready for more drills? Take the 7-day plan or 3-day cram.