AP PRECALCULUS

AP Precalculus
Past Papers

Find the function.
Show the reasoning.

Search the released 2024–2026 AP Precalculus free-response questions by year, task type, course unit or topic. Open the original paper at the question, then compare your working with the matching scoring guide and student samples when supplied.

CHOOSE A PRECALCULUS QUESTION

AP Precalculus FRQ question finder

Choose a task, topic, unit or year. Every result opens the supplied paper at the checked physical PDF page where that numbered question starts.

12 questions across 3 complete FRQ papers

Newest first · Physical PDF page numbers
AP Precalculus free-response questions by year, task, topic, unit and PDF page
Year / questionQuestion focusUnit & topicsPractice
2026Question 1 · Q1 · Function conceptsGraphing calculator

Graph, logarithm and inverse functions

Read a function graph, compose functions, solve a logarithmic equation, examine a limit and justify invertibility.

Unit 1 · Polynomial & rational functionsUnit 2 · Exponential & logarithmic functionsGraphs & function behaviorFunction compositionLogarithmsInverse functions
PDF page 3
2026Question 2 · Q2 · Non-periodic modelingGraphing calculator

Car value and exponential depreciation

Fit an exponential model, calculate a secant rate, compare estimates with the graph and explain a practical domain limit.

Unit 2 · Exponential & logarithmic functionsExponential functionsContextual modelingAverage rate of changeDomain & model limits
PDF page 4
2026Question 3 · Q3 · Periodic modelingNo calculator

Rotating waterwheel height

Translate a 10-second rotation into a sinusoidal graph and equation, then interpret sign, change and concavity.

Unit 3 · Trigonometric & polar functionsSinusoidal modelsPeriod & frequencyGraphs & function behaviorConcavity
PDF page 6
2026Question 4 · Q4 · Symbolic manipulationNo calculator

Exact symbolic equations and identities

Solve exponential and logarithmic equations, rewrite an exponential expression, simplify trigonometry and solve a tangent equation.

Unit 2 · Exponential & logarithmic functionsUnit 3 · Trigonometric & polar functionsExponential functionsLogarithmsTrigonometrySymbolic manipulation
PDF page 8
2025Question 1 · Q1 · Function conceptsGraphing calculator

Function table, composition and zeros

Use a decreasing function table, compose functions, find polynomial zeros, evaluate end behavior and identify exponential change.

Unit 1 · Polynomial & rational functionsUnit 2 · Exponential & logarithmic functionsTables & patternsFunction compositionPolynomialsExponential functions
PDF page 3
2025Question 2 · Q2 · Non-periodic modelingGraphing calculator

Song streams and a quadratic model

Build a quadratic model from a table, compare average rate with a secant estimate and justify a contextual domain limit.

Unit 1 · Polynomial & rational functionsQuadraticsContextual modelingAverage rate of changeDomain & model limits
PDF page 4
2025Question 3 · Q3 · Periodic modelingNo calculator

Vibrating guitar string

Model 200 oscillations per second with a sinusoidal function and interpret graph coordinates and changing rate.

Unit 3 · Trigonometric & polar functionsSinusoidal modelsPeriod & frequencyGraphs & function behaviorChanging rate
PDF page 6
2025Question 4 · Q4 · Symbolic manipulationNo calculator

Logarithmic and trigonometric manipulation

Solve exact logarithmic and cosine equations, combine logarithms, rewrite trig expressions and find exponential zeros.

Unit 2 · Exponential & logarithmic functionsUnit 3 · Trigonometric & polar functionsLogarithmsTrigonometryExponential functionsSymbolic manipulation
PDF page 7
2024Question 1 · Q1 · Function conceptsGraphing calculator

Function graph, composition and inverse

Read values and solutions from a graph, compose with an exponential function, analyze end behavior and test for an inverse.

Unit 1 · Polynomial & rational functionsUnit 2 · Exponential & logarithmic functionsGraphs & function behaviorFunction compositionExponential functionsInverse functions
PDF page 3
2024Question 2 · Q2 · Non-periodic modelingGraphing calculator

Video-game sales and a logarithmic model

Fit a logarithmic model, calculate average rate, compare a linear estimate and explain where the model stops fitting sales.

Unit 2 · Exponential & logarithmic functionsLogarithmsContextual modelingAverage rate of changeDomain & model limits
PDF page 4
2024Question 3 · Q3 · Periodic modelingNo calculator

Rolling tire and sinusoidal height

Use a wheel rotation to label a sinusoidal graph, find a sine model and describe the changing height and rate.

Unit 3 · Trigonometric & polar functionsSinusoidal modelsPeriod & frequencyGraphs & function behaviorChanging rate
PDF page 7
2024Question 4 · Q4 · Symbolic manipulationNo calculator

Exact equations, logs and trigonometry

Solve exact exponential and inverse-trig equations, combine logarithms, simplify trig functions and find composite-function zeros.

Unit 2 · Exponential & logarithmic functionsUnit 3 · Trigonometric & polar functionsExponential functionsLogarithmsTrigonometrySymbolic manipulation
PDF page 9

Topic and unit tags are study aids; a question may combine ideas from several units. Follow the complete wording, diagrams and instructions in the original PDF.

PAPER. RUBRIC. REVIEW.

Full papers & scoring materials

Open a year to study its question paper, scoring guide, question-specific student samples and exam analysis in the same PDF reader.

Collection limits: The supplied Drive collection has a complete FRQ paper for each of 2024, 2025 and 2026, but no multiple-choice papers. The 2026 folder contains only the question paper. The 2024 and 2025 folders each include a scoring guide, student samples for Questions 1–4, a chief reader report, scoring statistics and score distributions.

20261 complete FRQ paper · 1 PDF

Question papers

20251 complete FRQ paper · 9 PDFs

Question papers

Scoring guidelines

Student samples & commentary

Chief reader reports

Scoring statistics

Score distributions

20241 complete FRQ paper · 9 PDFs

Question papers

Scoring guidelines

Student samples & commentary

Chief reader reports

Scoring statistics

Score distributions

PRACTISE WITH A PURPOSE

How to use AP Precalculus past papers

Choose a question based on the thinking you want to practise. Question 1 combines ideas about functions and their behavior; Question 2 turns a real situation into a non-periodic model; Question 3 models a repeating situation; and Question 4 tests exact symbolic work. Start with one task type, write a complete response, then try the same type in another year. That makes it easier to spot whether you are improving the underlying skill rather than remembering a particular context.

Open the original PDF before you begin. The finder takes you directly to the numbered question, but a prompt can continue on the next page. Read its graph, table, labels, units and all lettered parts. For 2026 Question 3, the waterwheel context starts on page 6 and the graph and response parts continue on page 7. The popup's page controls keep those pages together. Use the graphing calculator for Questions 1 and 2 as the released papers direct; practise Questions 3 and 4 without one.

Work through every requested explanation as well as the computation. A numerical answer alone is often insufficient when the prompt asks for a reason. For a model, state what its input and output represent, keep the correct units, and distinguish a secant-line estimate from the model's actual value. For periodic behavior, identify amplitude, period, midline and starting position before writing a sine or cosine equation. For exact symbolic work, show the algebraic steps and check restrictions on the domain.

After you finish, open the scoring guide from the same year. Use the question number to find the relevant rubric, then compare your explanation and supporting work point by point. For 2024 and 2025, the student samples show how real responses earned different scores, while the chief reader reports discuss common difficulties. Revise your answer before moving to the next paper. The supplied 2026 folder has no scoring documents, so its paper can be used for practice but its marking material is not presented here as if it were supplied.

2027 AP Precalculus exam format and what changed

College Board lists the 2027 AP Precalculus exam for Tuesday, May 11, Session 1. It is a hybrid digital exam: students answer multiple-choice questions and view free-response questions in Bluebook, then handwrite free-response answers in a paper booklet. Your AP coordinator supplies the local Session 1 start time. The exam content remains based on the assessed course units, but the number of multiple-choice questions, the structure of Free-Response Questions 1 and 2, and section timing change in 2027.

AP Precalculus 2027 exam structure
SectionQuestions and timeWeight
Multiple choice, Part A29 questions · 65 minutes · no calculatorSection I: 62.5%
Multiple choice, Part B13 questions · 40 minutes · graphing calculator
Free response, Part AQ1 Function Concepts; Q2 Modeling a Non-Periodic Context · 35 minutes · graphing calculatorSection II: 37.5%
Free response, Part BQ3 Modeling a Periodic Context; Q4 Symbolic Manipulations · 35 minutes · no calculator

Each 2024–2026 paper in this collection says 30 minutes for its calculator-required FRQ Part A and 30 minutes for its no-calculator FRQ Part B. That is the timing printed on those original papers, not the 2027 timing. For a 2027-style rehearsal, give yourself 35 minutes per part and consult the current exam description for the updated Question 1 and 2 structure. A past prompt still provides valuable work on concepts, modeling, graphs and communication even where its layout differs.

Which AP Precalculus units are on the exam?

The course includes four units, but only Units 1–3 are assessed on the AP exam. College Board's percentages below describe approximate multiple-choice emphasis, not a fixed number of questions in the FRQ section. A single free-response problem can draw on ideas from more than one unit, which is why the finder lets a question appear under more than one unit filter.

Assessed AP Precalculus units and multiple-choice weighting
Course unitCore practice ideasMCQ weighting
Unit 1 · Polynomial and Rational FunctionsFunction behavior, polynomial and rational models, graphs and rates of change30%–40%
Unit 2 · Exponential and Logarithmic FunctionsExponential change, logarithms, equations, inverse relationships and models25%–40%
Unit 3 · Trigonometric and Polar FunctionsAngles, periodic functions, sinusoidal models and trigonometric relationships30%–35%
Unit 4 · Functions Involving Parameters, Vectors, and MatricesCourse extension; not assessed on the AP examNot assessed

If you are studying Unit 1, compare the quadratic song-streaming model with the function tables and graphs in Question 1. For Unit 2, use the video-game sales and car-depreciation contexts to practise logarithmic and exponential models. For Unit 3, compare the rolling tire, guitar string and waterwheel: all repeat, yet their periods, midlines and starting positions differ. Question 4 is a useful cross-unit check of exact algebra, logs, exponentials and trigonometry.

Build a useful practice routine

For a targeted session, filter to a topic such as average rate of change, complete one question without help, then write down the first step you missed. Revisit the same topic in another year and see whether your reasoning improves. For a full released-paper session, answer Questions 1 and 2 with a graphing calculator, then put it away for Questions 3 and 4. Mark each section using its own year and avoid treating a sample response as the only acceptable wording.

Keep a short error log: Was the mistake a domain restriction, a graph reading, an equation setup, a unit, or an explanation? Practise that exact step before taking another whole paper. If you need a broader study plan, see AP tutoring and the AP exam timetable guide.

A LITTLE MORE CLARITY

Questions about AP Precalculus past papers

Use the original paper and the matching year’s scoring material.

Tell us about your needs
How many AP Precalculus questions are indexed?

There are 12 numbered free-response questions across the complete 2024, 2025 and 2026 released papers. The supplied Drive collection has 19 PDFs in total.

Does Open question jump to the correct PDF page?

Yes. Each result opens the original paper at the checked physical PDF page where that numbered question begins. Use Next for any continued parts or diagrams.

Can I use these papers for the 2027 exam?

Yes, for practicing the assessed mathematics and four free-response task types. The 2027 exam has changed timing and some question structure, so use the current official format shown on this page for a timed rehearsal.

Which questions allow a graphing calculator?

In these released papers, Questions 1 and 2 are in the calculator-required Part A; Questions 3 and 4 are in the no-calculator Part B. The 2027 free-response section keeps the same calculator split but allows 35 minutes per part rather than 30.

Are scoring guides and student samples available?

The supplied 2024 and 2025 folders each include a scoring guide, four question-specific student sample PDFs, a chief reader report, scoring statistics and score distributions. The supplied 2026 folder contains the question paper only.

Are multiple-choice questions included?

No. The supplied Drive collection has released free-response question papers and support PDFs, not a multiple-choice paper.

ORIGINAL FILES & OFFICIAL REFERENCES

External sources

Original question and scoring PDFs are read from the supplied Drive collection. Short focus labels and searchable tags are independently written study aids. Collection checked 28 September 2026.

AP® is a trademark registered by the College Board, which is not affiliated with and does not endorse OnlyPrepy. Original papers and scoring materials retain their publisher's copyright notices.

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