Admissions & Academic Testing • Exam
AP Physics 2: Algebra-Based
Earn second-semester algebra-based physics credit across E&M and modern topics.
Researched and maintained by TestPrepPilot Editorial BoardAdvanced Placement & college-credit desk · Figures last verified August 2026
The short version
What is the AP Physics 2: Algebra-Based and is it worth it?
AP Physics 2 is a hybrid digital exam: 42 multiple-choice questions in 85 minutes and four free-response questions in 95 minutes. Scored 1-5, a 3 generally earns introductory algebra-based physics II credit.
- Equivalent to second-semester college physics (algebra-based)
- Reasoning and lab-skills emphasis over pure calculation
- Hybrid digital (Bluebook MCQ, paper FRQ)
- Common prerequisite for science and engineering majors
What is it?
What exactly is the AP Physics 2: Algebra-Based?
Earn second-semester algebra-based physics credit across E&M and modern topics.
AP Physics 2: Algebra-Based is a hybrid digital exam covering thermodynamics, fluids, electricity and magnetism, optics, and modern physics at the level of a second-semester college physics course. It pairs 42 multiple-choice questions with four free-response questions emphasizing reasoning and lab skills. A 3 typically earns credit for an introductory algebra-based physics II course.
The path in brief
- Join AP Physics 2 via My AP
- Study the 7 CED units
- Practice FRQs and lab reasoning
- Use AP Classroom progress checks
- Sit the hybrid digital exam in May
Before you book
Who is eligible to sit the AP Physics 2: Algebra-Based?
Who it is for: High-school students needing algebra-based physics II credit
The test itself
What is the format of the AP Physics 2: Algebra-Based?
The AP Physics 2: Algebra-Based is administered by School-administered, Bluebook + paper FRQ and runs 3 hours, contains 42 multiple choice + 4 free response questions and requires 3 (1-5 scale) to pass.
| Administered by | School-administered, Bluebook + paper FRQ |
|---|---|
| Questions | 42 multiple choice + 4 free response |
| Time limit | 3 hours |
| Pass mark | 3 (1-5 scale) |
| Exam fee | $99 (US) / $129 (intl) |
| Format | Hybrid digital |
Content outline
What topics are on the AP Physics 2: Algebra-Based?
The AP Physics 2: Algebra-Based is weighted across 7 domains; the largest are Unit 9: Thermodynamics (15-18%), Unit 10: Electric Force, Field, Potential (15-18%), Unit 11: Electric Circuits (15-18%).
Weightings come from the official exam outline. Study time is best allocated in roughly these proportions rather than evenly across domains.
- Unit 9: Thermodynamics 15-18%
Laws, entropy
- Unit 10: Electric Force, Field, Potential 15-18%
Coulomb, circuits intro
- Unit 11: Electric Circuits 15-18%
DC circuits
- Unit 12: Magnetism and Electromagnetism 12-15%
Fields, induction
- Unit 13: Geometric Optics 12-15%
Reflection, refraction
- Unit 14: Waves, Sound, Physical Optics 12-15%
Interference, diffraction
- Unit 15: Modern Physics 12-15%
Quantum, nuclear
Study materials
Which study guide should you use for the AP Physics 2: Algebra-Based?
Start with the exam sponsor's official content outline. If you also want one structured resource to work through, these are the Mometrix titles that match this exam.
This links to Mometrix's AP range rather than a single AP Physics 2: Algebra-Based title. Check that it lists an edition for AP Physics 2: Algebra-Based before you buy.
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Money & time
How much does the AP Physics 2: Algebra-Based cost?
For the AP Physics 2: Algebra-Based, the exam fee is $99 (US) / $129 (intl); the all-in cost is typically $99-$169; most candidates spend 1 school year preparing.
Cost breakdown
| AP exam fee (US, territories, Canada, DoDEA) | $99 |
|---|---|
| AP exam fee (international) | $129 |
| Late order or unused/canceled exam | $40 |
| Fee reduction for eligible students | -$37 |
| Prep materials (optional) | $0-$40 |
| Typical total | $99 US / $129 intl (eligible students pay ~$53 / ~$83); late or canceled adds $40 |
Fees are the 2025-26 AP charges. Schools may add a local administrative fee; the College Board fee reduction lowers the base by $37.
Timeline
- Enroll in the AP course Fall
- Study the seven units Aug-May
- Practice reasoning FRQs 2-3 months
- Take the hybrid exam May
- Receive scores Early July
Typical prep: 1 school year
The path
How do you register for the AP Physics 2: Algebra-Based?
- 1
Create a College Board account10 minutes
Register at collegeboard.org with your legal name exactly as it appears on the photo ID you will bring on test day. One account covers the SAT, the PSAT-related assessments, AP and BigFuture.
- 2
Choose a weekend SAT date or let your school register you20 minutes
The SAT is booked directly by the student for weekend national administrations. PSAT 8/9, PSAT 10 and the PSAT/NMSQT are ordered and scheduled by the school, so for those you speak to your counselor rather than registering yourself.
- 3
Pay the fee or claim a fee waiver5 minutes
The US SAT registration fee is 68 dollars; international test takers add a regional fee of 43 dollars and, at some centres, a further test centre fee. Eligible US students get the SAT free through a counsellor-issued fee waiver, which also unlocks unlimited free score sends.
- 4
Install Bluebook and complete exam setup30 minutes
Download the free Bluebook app to your own laptop or tablet, or use a school-managed device, then run exam setup in the five days before test day to download the test and get your admission ticket.
Students who skip exam setup can be turned away or delayed at check-in.
- 5
Practise with Bluebook full-length tests and Khan Academy4 to 12 weeks
Six free adaptive full-length practice tests sit inside Bluebook, and Official Digital SAT Prep on Khan Academy is free and keyed to the same content domains.
- 6
Test, then review scores onlinetest day
Arrive with your admission ticket, acceptable photo ID and a charged device. Scores post to your College Board account, typically within about two weeks for weekend SAT dates.
The fine print
What are the retake and renewal rules for the AP Physics 2: Algebra-Based?
- Proctoring & delivery
- All SAT Suite tests are taken in Bluebook on a laptop or tablet, in a school or an authorised weekend test centre, under a live human proctor. There is no at-home option. Bluebook locks the device, and a built-in Desmos graphing calculator and formula sheet are available throughout the Math section; you may also bring your own approved non-CAS calculator.
- Retake policy
- There is no limit on SAT attempts and no mandatory waiting period beyond the eight national dates offered each year. The PSAT-related assessments are given once per school year per grade band and are not retaken on demand. Most selective colleges superscore across SAT sittings, taking your best Reading and Writing score and your best Math score.
- Score reporting
- The SAT reports a 400 to 1600 total built from two 200 to 800 section scores. The PSAT/NMSQT and PSAT 10 report 320 to 1520 with 160 to 760 sections, and the PSAT 8/9 reports 240 to 1440 with 120 to 720 sections, so results across the suite sit on one comparable scale. PSAT/NMSQT reports also carry an NMSC Selection Index of 48 to 228.
- Recertification
- SAT Suite scores do not expire and never need renewal, but colleges commonly ask for a score from within the last five years and most students test in the spring of eleventh grade and again in the autumn of twelfth grade. Only a PSAT/NMSQT taken in eleventh grade enters the National Merit competition.
- Refunds & rescheduling
- Cancelling an SAT registration by the change deadline costs 34 dollars; cancelling after the deadline but before test day costs 44 dollars. Changing test centre costs 34 dollars, and late registration costs 38 dollars. Fee-waiver students are not charged for cancellation or late registration.
Context
The digital SAT Suite compared
| Assessment | Grades | Score scale | Length | |
|---|---|---|---|---|
| PSAT 8/9 | 8 and 9 | 240 to 1440 | 2h 14m | |
| PSAT 10 | 10 (spring) | 320 to 1520 | 2h 14m | |
| PSAT/NMSQT | 10 and 11 (autumn) | 320 to 1520 | 2h 14m | |
| SAT | 11 and 12 | 400 to 1600 | 2h 14m |
What it pays
How much does this credential pay?
AP Physics 2: Algebra-Based has no direct salary outcome — its value is college credit and placement, and the earnings impact flows through the bachelor’s-degree premium and the engineering, health-science and physical-science careers where algebra-based physics is foundational coursework.
The direct salary answer for AP Physics 2: Algebra-Based is the college-credit story shared by every AP exam: the BLS does not publish a wage for AP scores because the AP program is a college-credit and placement system, not a job credential, so the earnings context is the education-return premium — workers with a bachelor’s degree earn substantially more over a career than high-school-only workers — plus the specific value of clearing a second-semester physics requirement before arriving on campus. Physics 2 is the algebra-based second course in the AP physics sequence, covering thermodynamics, electricity and magnetism, optics, waves and modern physics, and a qualifying score of 3 or higher commonly earns credit toward or placement out of an introductory physics-for-sciences course, which matters for students in pre-med, health-science and engineering-support majors where the physics sequence is a gatekeeper. The exam itself is 3 hours: 40 multiple-choice questions in 80 minutes (50 percent of the score) and 4 free-response questions in 100 minutes (50 percent), scored 1-5, with an equation sheet provided and a scientific or graphing calculator permitted on both sections. The honest caveat is the usual one: credit policies vary by college, with some selective programs capping or declining AP physics credit and requiring their own placement or exemption exams, so the score’s value depends on the specific institution’s AP credit table, which candidates should check before banking on credit. For a candidate deciding whether to invest a semester in the course, the payoff is typically three to four semester hours of credit plus the placement into the next course in the sequence, which keeps a pre-med or science major on schedule and is measured in tuition saved rather than in a direct wage.
| Measure | Figure | Source / note |
|---|---|---|
| Score scale | 1-5 | 3+ typically qualifies for credit; 4-5 at selective schools |
| Exam length | 3 hours | 40 MC (80 min) + 4 FRQs (100 min) |
| Content | Algebra-based | Thermodynamics, E&M, optics, waves, modern physics |
| Salary impact | Indirect | College credit and placement; gateway to pre-med and science majors |
Job growth.AP Physics 2 volume tracks AP program growth and STEM enrollment, and the physics sequence it feeds remains foundational for the health-science and engineering occupations that dominate the highest-paying bachelor’s-level projections in the BLS data.
Source: College Board AP Physics 2: Algebra-Based course page
Your odds
What are the pass rates?
The College Board publishes AP Physics 2: Algebra-Based score distributions, not pass rates; in the 2025 administration 72% of test-takers scored 3 or higher, with 20% scoring 5.
The direct answer on pass rates requires precision: the College Board does not publish a "pass rate" for AP exams because scores are reported on a 1-5 scale and each college defines what score qualifies for credit, but it does publish the annual score distribution, and that is the closest published statistic. For AP Physics 2: Algebra-Based, the 2025 distribution was 20% scoring 5, 29% scoring 4, 23% scoring 3, 21% scoring 2 and 7% scoring 1, which puts 72% of test-takers at 3 or higher — a solid qualifying rate that reflects a self-selected cohort, since most candidates take Physics 2 after completing AP Physics 1 or an equivalent course, and the exam was redesigned for the 2025 administration. The structure is fixed and published: 3 hours total, with 40 multiple-choice questions in 80 minutes (50 percent) and 4 free-response questions in 100 minutes (50 percent), scored 1-5, with an equation sheet provided and a calculator permitted on both sections. The four free-response questions have fixed types — mathematical routines, translation between representations, experimental design and analysis, and qualitative/quantitative translation — and the content covers thermodynamics, electric force, field and potential, circuits, magnetism and induction, optics, waves and sound, and modern physics, with fluids moved to AP Physics 1 in the redesign. The practical read on difficulty: the exam rewards conceptual understanding and the written explanations the scoring expects, so candidates who practise the four FRQ types score higher than candidates who drill formula plug-ins. Because the credit value depends on the college’s policy, check the target institutions’ AP credit tables before deciding whether a 3 suffices or a 4 or 5 is required.
Read this before quoting the number.The College Board publishes score distributions, not pass rates; whether a 3, 4, or 5 "passes" depends on each college’s AP credit policy. The 2025 figures above are 20/29/23/21/7 with 72% at 3+, and percentages shift by year — the College Board’s annual report is authoritative.
Source: College Board AP score distribution report and AP Physics 2: Algebra-Based exam description
Your schedule
How long should I study for it?
60-90 hours over 10-14 weeks of focused study
An efficient AP Physics 2: Algebra-Based study plan is 60-90 hours over 10-14 weeks, because the exam is a conceptual-reasoning test over a broad second-semester syllabus and the fastest score gains come from mastering the four fixed free-response types while building fluency with the algebra-based models of electricity, magnetism, thermodynamics, waves, optics and modern physics. The College Board course and exam description is the scope map: the redesigned course covers thermodynamics, electric force, field and potential, circuits, magnetism and electromagnetic induction, geometric and physical optics, waves and sound, and modern physics including blackbody radiation and the photoelectric effect, with the exam splitting into 40 multiple-choice questions in 80 minutes and 4 free-response questions in 100 minutes. The study window should split into content coverage (weeks 1-7) and free-response and full-exam drilling (weeks 8-14): the content is broad but each topic rewards understanding the model and its limits rather than memorising equations, and the equation sheet provided on the exam is worth rehearsing, since knowing what is on it and what is not changes how you prepare. The four free-response types — mathematical routines, translation between representations, experimental design and analysis, and qualitative/quantitative translation — each reward a specific written structure, and candidates who rehearse them against the past-FRQ materials with scoring guidelines find the written section predictable. The final four weeks should be full practice exams at the real format, because the 100-minute free-response window with four written problems is a stamina test and the pacing across 40 questions in 80 minutes is tighter than candidates expect.
- Weeks 1-27-9 hrs/week
Thermodynamics
- Study temperature, thermal expansion, the ideal gas law and kinetic theory
- Master heat, phase changes, the first law and heat engines
- Cover the second law, entropy and the blackbody radiation added in the redesign
- Weeks 3-58-10 hrs/week
Electricity and magnetism
- Learn electric charge, force, field and potential, and capacitors
- Master circuits: Ohm’s law, Kirchhoff’s rules, series and parallel, and RC circuits
- Cover magnetism, the right-hand rule, Faraday’s law and induction
- Weeks 6-78-10 hrs/week
Waves, optics and modern physics
- Study mechanical waves, sound and the Doppler effect
- Master geometric optics: reflection, refraction, lenses and mirrors
- Cover physical optics, the photoelectric effect, atomic models and nuclear physics
- Weeks 8-108-10 hrs/week
Free-response types
- Drill the mathematical-routines and translation-between-representations formats
- Practise experimental design and the qualitative/quantitative translation format
- Score your answers against past guidelines and re-drill weak topics
- Weeks 11-127-9 hrs/week
Equation sheet and full MC practice
- Rehearse the provided equation sheet: know what is on it and what is not
- Take two full 40-question multiple-choice sets under 80-minute timing
- Re-lab every missed topic and re-drill the weakest representations
- Weeks 13-146-8 hrs/week
Full exams and readiness
- Take two full practice exams at the real 3-hour format
- Re-drill the four FRQ types until each structure is reflex
- Confirm exam-day logistics, the calculator and registration
Adjusting the pace
Already took AP Physics 1.Eight to ten weeks. The modelling and reasoning habits transfer; the new work is the E&M, optics and modern-physics content plus the four FRQ types, and the 2025 redesign moved fluids out of this course.
Self-study.Budget the upper end and add a structured review book or course; the broad syllabus benefits from an ordered sequence of lessons and worked examples.
Strong at algebra, new to physics.Fourteen to sixteen weeks. Spend extra time on the conceptual models — field lines, ray diagrams and energy diagrams — because the exam rewards understanding over computation.
How to study
How do I prepare most effectively?
The dominant prep strategy for AP Physics 2: Algebra-Based is mastering the four free-response types and building conceptual fluency with the models, because the exam rewards understanding and written explanation as much as computation, and candidates who rehearse the fixed FRQ structures score higher than candidates who only drill formula plug-ins. First, use the College Board course and exam description as the checklist: the content areas, the equation sheet, the calculator policy and the four FRQ types are published, and the past free-response questions with scoring guidelines show exactly how the written answers are graded. Second, master the conceptual models deliberately — field lines for electricity, ray diagrams for optics, energy bar charts for thermodynamics and the photoelectric-effect model for modern physics — because both sections present unfamiliar situations and reward applying the model rather than recalling an equation. Third, rehearse the four FRQ types to their structures: mathematical routines reward showing the algebra steps, translation between representations rewards connecting graphs, equations and descriptions, experimental design rewards a procedure with variables and error sources, and qualitative/quantitative translation rewards explaining a physical situation in both words and numbers. Fourth, rehearse the equation sheet, because knowing what is provided and what is not changes how you prepare. Fifth, run full practice exams at the real timing, because the 100-minute free-response window is a stamina test. Finally, confirm the target colleges’ AP credit and placement policies, because whether the goal is a 3 or a 5 depends on where the score is being sent.
Master the conceptual models
Field lines, ray diagrams, energy bar charts and the photoelectric-effect model reward understanding; both sections present unfamiliar situations and reward applying the model.
Rehearse the four FRQ types
Mathematical routines, translation between representations, experimental design, and qualitative/quantitative translation each have a structure; drill each against past guidelines.
Practise experimental design
The experimental-design FRQ rewards a procedure, identified variables and sources of error; rehearse that written structure explicitly.
Rehearse the equation sheet
Know what the provided sheet contains and what it does not, and know when each equation applies — the exam expects you to recognise inapplicable equations.
Run full practice exams at real timing
The 100-minute free-response window is a stamina test; rehearse the full 3-hour format with the sheet and calculator.
What to buy
Which study resources are worth paying for?
AP Physics 2: Algebra-Based prep resources split into the College Board official set, review books and online courses, and the buying logic is anchored by the official materials because the College Board publishes the course and exam description, past free-response questions, scoring guidelines, the equation sheet and sample questions for free, and because the exam was redesigned for the 2025 administration, the official materials are the only reliable source for the current blueprint. The official free set — the CED, the equation sheet and the past FRQs with scoring guidelines — defines the content and the written-answer standards precisely and should anchor every plan. Review books from major publishers, roughly $20-40, add structured topic coverage and practice exams, which helps both course-takers and self-studiers, and candidates should prefer editions published after the 2025 redesign. Online courses and question banks, $30-100, add video instruction and interactive problem drilling, which helps self-studying candidates who want worked solutions. The footnote that anchors the comparison: prices below are list prices as of mid-2026 and change frequently, and we rank nothing by commission. The exam fee is about $99 per AP exam, with fee reductions available for eligible students, so the total cost of Physics 2 is modest relative to the tuition value of the credit it can earn. A cheap readiness check is the free sample questions and one past FRQ set from the College Board before buying anything. Candidates should also verify the school’s AP registration process and deadline, since late-registration fees are a common avoidable cost.
| Resource | Price | Format | Best for |
|---|---|---|---|
| College Board official materials | Free | CED + equation sheet + past FRQs + scoring guides | The authoritative content and answer standards |
| AP Physics 2 review book | $20-40 | Book with topic coverage and practice | Structured coverage for any candidate |
| Online course / problem bank | $30-100 | Video + worked problems | Self-studiers wanting worked solutions |
| AP exam registration | ~$99 | School/College Board | The real exam; fee reductions available |
List prices as of mid-2026 and change frequently; we rank nothing by commission. The AP exam fee is about $99 with reductions for eligible students, and candidates should confirm the current blueprint since the exam was redesigned for the 2025 administration.
Avoid these
What mistakes do candidates most often make?
The most common mistake on AP Physics 2: Algebra-Based is studying the pre-2025 content, because the redesigned exam moved fluids out of the course into AP Physics 1 and deepened the waves, optics and modern-physics content, and candidates who prepare from older materials learn topics that are no longer weighted the same way. The second is drilling formula plug-ins instead of the conceptual models, when both sections present unfamiliar situations and reward applying the model — field lines, ray diagrams, energy charts — rather than recalling an equation. A third recurring error is treating experimental design as optional, when it is one of the four fixed free-response types and rewards a procedure, variables and error sources that can be rehearsed. Candidates also routinely write free responses that compute the right number but never explain the reasoning, when the scoring rewards the explanation in words and numbers. Another pattern is mis-applying the equation sheet, using an equation outside its conditions, which the exam explicitly punishes. Finally, some candidates never run a full practice exam at the real 3-hour format, so the 100-minute free-response window and the pace of 40 questions in 80 minutes surprise them on test day. A further recurring error is under-preparing modern physics, treating the photoelectric effect and nuclear content as a small footnote, when they are a real share of the redesigned paper. A few candidates also sit without checking the target college’s credit policy, assuming a 3 is enough when the pre-med or engineering program they plan to attend requires a 4 or 5 or its own placement exam.
✕Studying the pre-2025 content
✓The redesign moved fluids to AP Physics 1 and deepened waves, optics and modern physics; confirm the current blueprint and use materials published after the redesign.
✕Drilling formulas instead of models
✓Both sections present unfamiliar situations; master the field-line, ray-diagram, energy-chart and photoelectric-effect models that the exam rewards.
✕Treating experimental design as optional
✓It is one of the four fixed FRQ types; rehearse writing a procedure, identifying variables and listing sources of error.
✕Computing without explaining
✓The free responses reward the reasoning in words and numbers, not just the answer; write out the physical explanation the scoring expects.
✕Mis-applying the equation sheet
✓Know when each provided equation applies and when it does not; the exam rewards recognising inapplicable equations.
What you'll face
What question types will I see?
The AP Physics 2: Algebra-Based exam is 3 hours and scored 1-5, a hybrid digital test in the current administration with multiple choice in the Bluebook app and free responses handwritten in a paper booklet. Section I is 40 multiple-choice questions in 80 minutes (50 percent of the score), covering thermodynamics, electric force, field and potential, circuits, magnetism and induction, geometric and physical optics, waves and sound, and modern physics; the items are discrete questions or question sets built around a stimulus such as a diagram or a data table, with an equation sheet and a calculator provided. Section II is 4 free-response questions in 100 minutes (50 percent), one of each fixed type: mathematical routines, translation between representations, experimental design and analysis, and qualitative/quantitative translation. The samples below illustrate three formats: a conceptual MC item, a qualitative/quantitative translation FRQ and an experimental-design FRQ. The sample items are editor-written illustrations of the published format, not live test items. Because the free-response window is 100 minutes, candidates who rehearse the four FRQ structures against the past-FRQ materials with scoring guidelines find the written section predictable on test day, and those who practise showing the algebra and the written reasoning earn the partial credit the scoring awards step by step. The multiple-choice items in question sets are built around a shared stimulus, so practising reading a diagram or data table once and answering several items against it is a skill in itself, and the equation sheet should be used as a checklist during study so that no provided equation comes as a surprise on the day.
Discrete items and question sets with diagrams, graphs and data tables across the full redesigned syllabus, in 80 minutes.
Perform and explain the algebra of a physics problem, showing the setup and the steps.
Move between graphs, equations, diagrams and verbal descriptions of a physical situation.
Design an experiment with variables and error sources, and explain a situation in both words and numbers.
Try these
Q1A neutral metal sphere is brought near a positively charged rod without touching it. Which statement correctly describes the result?
Answer:B
The positive rod attracts the mobile electrons in the neutral metal, so they gather on the near side of the sphere, leaving an equal positive charge on the far side — the classic charging-by-induction result, which is option B. A is wrong because protons do not move in a metal; only electrons are mobile. C is wrong because induction acts at a distance through the electric field; contact is not required. D is wrong because the sphere remains neutral overall — the charge merely separates within it. This item tests the conceptual understanding of field and charge that the redesigned exam rewards.
Q2Qualitative/quantitative FRQ (illustrated): "A light bulb and a resistor are connected in series to a battery. (A) Explain in words how the current through the resistor compares to the current through the bulb. (B) If the battery voltage doubles and the resistance is unchanged, determine what happens to the current, and justify your answer with the relevant relationship."
Answer:A
In a series circuit the current is the same at every point, so the current through the resistor equals the current through the bulb, which is the words-and-numbers reasoning option A captures: charge is conserved in the single loop, and by Ohm’s law I = V/R, doubling the voltage with unchanged resistance doubles the current. B is wrong because series current is identical through both elements, and a voltage change does affect the current. C is wrong for the same reason — the current depends on the voltage. D mis-states the series rule; differing resistances change the voltage drop across each element, not the current.
Q3Experimental-design FRQ (illustrated): "Design an experiment to determine the relationship between the period of a simple pendulum and its length. Describe the procedure, the variables you will control and measure, and one source of error."
Answer:A
The experimental-design FRQ rewards the full structure: a procedure that varies the length while controlling mass and small amplitude, a measurement plan using the period of many oscillations to reduce timing error, and a named source of error such as human reaction time in starting and stopping the stopwatch. Option A is that complete response. B gives a data set too small to establish a relationship. C confounds two variables, so no causal conclusion is possible. D skips the data collection the experiment requires, and the scoring explicitly rewards procedure and measurement over prediction.
Samples are editor-written illustrations of the published blueprint, not live exam items.
The big day
What should I expect on exam day?
The AP Physics 2: Algebra-Based exam is a hybrid digital test administered at your school on the College Board’s May AP schedule, and the direct exam-day answer is that you will sit 40 multiple-choice questions in 80 minutes completed in the Bluebook testing app, then handwrite 4 free-response questions in 100 minutes in a paper exam booklet, for a 3-hour exam scored 1-5, with scores released in July. Arrive with your school-issued AP admission ticket, a government-issued or school photo ID, and the permitted materials — pens and pencils for the handwritten free-response booklet, and an approved scientific or graphing calculator, since the equation sheet is provided both in print and in Bluebook, and the current digital platform also includes a built-in calculator; notes and electronic devices other than the testing device are not permitted. Confirm with your AP coordinator whether you bring your own device for Bluebook or use a school-provided one, and charge whatever device you will use. In the multiple-choice section, pace to about two minutes per question and use the provided stimuli, since many items come in sets built around a diagram or data table; in the free-response section, budget about 25 minutes per question and write out the algebra steps, the setup, the written reasoning and any experimental-design details the scoring expects, since a correct final number without the shown work earns far less credit. Expect a controlled testing environment with other AP candidates, and follow the proctor’s instructions exactly, because the College Board’s security rules are strict and a violation can invalidate the score. Scores are released online in July through the College Board account and can be sent to colleges; if the score falls short of the target colleges’ credit policy, the exam can be retaken the following year, since AP exams are offered once per year.
Bring
- School-issued AP admission ticket
- Photo ID (school or government issued)
- No. 2 pencils and black or blue pens for the handwritten free-response booklet
- An approved scientific or graphing calculator if you plan to use one; confirm the current permitted list
Leave at home
- Notes and electronic devices other than the approved testing device (prohibited)
- Study materials
- Personal stationery — the booklet and equation sheet are provided
- Any item on the College Board prohibited list
How the day runs
Rules in the room
- No notes or electronic devices beyond the approved testing device
- An equation sheet is provided; know what is on it and what is not
- A scientific or graphing calculator is permitted on both sections; confirm the current policy
- Pens or pencils for the handwritten free-response booklet
- Strict proctor-enforced timing on both sections
Afterwards.Receive the 1-5 score in July, send it to colleges through the College Board, and check each college’s AP credit and physics-placement policy. The exam can be retaken the following year if the score falls short.
Reference
What are the key facts about the AP Physics 2: Algebra-Based?
AP Physics 2: Algebra-Based is a exam credential; awarded by College Board; the exam fee is $99 (US) / $129 (intl); typical preparation is 1 school year.
| Credential | AP Physics 2: Algebra-Based |
|---|---|
| Abbreviation | AP Physics 2 |
| Type | Exam |
| Profession | Admissions & Academic Testing |
| Specialty | Advanced Placement |
| Awarded by | College Board |
| Difficulty | Challenging |
| Typical prep time | 1 school year |
| All-in cost | $99-$169 |
| Score scale | 1 to 5 |
| Credit | 3+ typically earns intro physics II credit |
| Delivery | Hybrid digital (Bluebook MCQ, paper FRQ) |
| Math | Algebra and trig; no calculus |
| Exam timing | Early May |
| Scope | National / Multi-state |
Real questions
Frequently asked questions about the AP Physics 2: Algebra-Based
How many credits is AP Physics 2 worth?
Most colleges grant three to four credits for a 3 or higher toward an introductory algebra-based physics II course. Selective schools may require 4 or 5.
Is AP Physics 2 hard?
It is conceptual and reasoning-heavy. Students who build strong intuition from Physics 1 tend to do well, but the free-response section rewards careful explanation.
Physics 2 or Physics C?
Physics 2 is algebra-based and broader; Physics C is calculus-based and deeper in mechanics and E&M. Engineering students usually take Physics C.
What score do I need for credit?
A 3 is the typical threshold; engineering and physics programs often want 4 or 5.
Can I self-study?
Yes, with steady problem solving and FRQ practice. Register for the exam through a school.
Why do all four SAT Suite tests take the same 2 hours 14 minutes?
Since the digital transition every assessment in the suite uses the same blueprint: 54 Reading and Writing questions in two 32-minute modules and 44 Math questions in two 35-minute modules. Difficulty is calibrated to the grade band rather than by adding or removing time.
Can I take an SAT Suite test at home?
No. Unlike some other admissions tests, every College Board digital assessment must be taken in a supervised school or test centre, even though it runs on your own device.
How do fee waivers work?
US students in eleventh or twelfth grade who meet income eligibility get SAT fee waivers from their school counsellor. A waiver covers the registration fee, waives cancellation and late fees, and gives unlimited free score reports to colleges.
In short
Is the AP Physics 2: Algebra-Based worth it?
- Second-semester algebra-based college physics
- 42 multiple-choice plus four free-response questions
- Hybrid digital: Bluebook for multiple choice, paper for free response
- Scored 1-5; a 3 generally earns credit
Same awarding body
What other credentials does College Board award?
Worth comparing
How does the AP Physics 2: Algebra-Based compare with similar credentials?
Trust
Where does this information come from?
Everything above is taken from the awarding body's own published material. Fees, question counts and domain weights are revised regularly — check the official page before you pay.
- College Board Awarding body
- Official AP Physics 2: Algebra-Based exam page Exam page
Research confidence: high · Last reviewed 2026-08