Why AP Physics 2 Preparation Matters
AP Physics 2 is an algebra-based course covering thermodynamics, fluid mechanics, electromagnetism, optics, and modern physics. Over 20,000 students take the exam each year, making it one of the smaller AP exams by enrollment. A qualifying score earns credit for a second semester of introductory physics at most institutions.
The exam builds on AP Physics 1 and extends into topics that are more abstract and conceptually demanding. Students must understand electric and magnetic fields, fluid behavior, optics, and quantum phenomena. Physics 2 rewards deep conceptual understanding and the ability to reason about systems you cannot directly observe.
Our AP Physics 2 practice test delivers 50 multiple-choice questions covering all major topics from fluids and thermodynamics through modern physics. Every answer includes a detailed explanation that teaches both the physics and the reasoning strategies.
The cost: $49.99. One test. Full diagnostic. Every answer explained like a private tutor session.
This is an authentic practice test designed to mirror the AP Physics 2 exam. It is not produced by or affiliated with the College Board. AP is a registered trademark of the College Board, which is not affiliated with and does not endorse US Testing Center.
What the AP Physics 2 Exam Actually Tests
The exam includes 50 multiple-choice questions in 90 minutes plus five free-response questions. Our practice test covers the multiple-choice section across these areas:
Fluids and Thermodynamics
- Pressure, buoyancy, Bernoulli's equation, ideal gas law, heat transfer, and the laws of thermodynamics
Electricity and Magnetism
- Electric fields, potential, capacitors, magnetic fields, electromagnetic induction, and Faraday's law
Optics
- Reflection, refraction, Snell's law, lenses, mirrors, diffraction, and interference
Modern Physics
- Photoelectric effect, atomic models, nuclear physics, mass-energy equivalence, and quantum phenomena
Waves and Electromagnetic Radiation
- Electromagnetic spectrum, wave-particle duality, and the properties of electromagnetic waves
The exam allows 90 minutes for 50 questions — 108 seconds per question. Conceptual reasoning questions are common alongside quantitative problems.
The ALA Mirror Method: Built to Match the Real Exam
This test is not a random collection of AP-style questions. It is a precision instrument built using the ALA Mirror Method — the same framework that has produced assessments for Disney, Microsoft, Warner Bros, the Smithsonian, and more than 1,400 organizations worldwide.
The Mirror Method works on four principles:
- Exact question count — 50 questions, matching the real AP Physics 2 exam format
- Matched content distribution — same domains, same category weighting, same difficulty progression
- Calibrated difficulty curve — questions progress from accessible to demanding, mirroring the real exam's psychometric design
- Explanation depth — every answer includes a full breakdown: why the correct answer works, why each distractor fails, and what pattern to recognize on test day
All questions are written under the direction of Timothy E. Parker, the Guinness World Records Puzzle Master — the only person in history to hold that title. Parker has authored assessments used by 180 million solvers across three decades.
2 Sample Questions with Full Explanations
Below are two questions drawn from the practice test at different difficulty levels. Each includes the kind of explanation you receive for all 50 questions.
A cube of wood with a density of 600 kg/m³ is placed in water (density 1000 kg/m³). What fraction of the cube remains above the water surface?
- A) 0.20
- B) 0.40
- C) 0.60
- D) 0.80
Correct Answer: B) By Archimedes' principle, a floating object displaces its own weight of fluid. The fraction submerged equals the ratio of the object's density to the fluid's density: 600/1000 = 0.60. Therefore, the fraction above the surface is 1 - 0.60 = 0.40. This principle applies to any object floating in a fluid and is independent of the object's shape or size, depending only on the density ratio.
An open U-tube manometer contains mercury (density 13,600 kg/m³). One side is connected to a gas supply, and the mercury level on the gas side is 0.15 m lower than the open side. If atmospheric pressure is 101,325 Pa, what is the absolute pressure of the gas?
- A) 81,300 Pa
- B) 101,325 Pa
- C) 121,350 Pa
- D) 141,375 Pa
Correct Answer: C) When the mercury level on the gas side is lower, the gas pressure exceeds atmospheric pressure. The gauge pressure equals ρgh = (13,600)(9.8)(0.15) = 19,992 Pa, approximately 20,000 Pa. The absolute pressure is atmospheric pressure plus gauge pressure: 101,325 + 19,992 ≈ 121,317 Pa, closest to 121,350 Pa. The U-tube manometer works by balancing the unknown gas pressure against the known atmospheric pressure plus the hydrostatic pressure of the mercury column difference.
What Your Diagnostic Report Includes
After completing all 50 questions, you receive a comprehensive diagnostic covering:
- Overall score calibrated to the AP Physics 2 exam scoring rubric
- Domain-by-domain breakdown showing exact percentage correct per content area
- Question-by-question analysis — your answer, the correct answer, and a full explanation for every question
- Difficulty performance curve — how you performed on easy, medium, and hard questions separately
- Weakness identification — the specific content areas where you lost the most points
- Personalized study plan — targeted recommendations for the areas where improvement yields the highest score gains
The 5 Dimensions We Measure
Your diagnostic report breaks performance into five skill dimensions that map directly to the AP Physics 2 exam's content framework:
1. Fluids and Thermodynamics
Pressure, density, buoyancy, fluid dynamics, heat engines, entropy, and the laws governing thermal systems.
2. Electricity and Magnetism
Electric forces and fields, circuits with capacitors, magnetic fields, and the principles of electromagnetic induction.
3. Optics
How light behaves at boundaries, how lenses and mirrors form images, and how wave phenomena like diffraction and interference work.
4. Modern Physics
The photoelectric effect, atomic structure, radioactive decay, and the fundamental principles of quantum mechanics.
5. Waves and Electromagnetic Radiation
The electromagnetic spectrum, the relationship between wavelength and energy, and wave-particle duality.
Pricing
50 questions · full diagnostic · every answer explained
Start Your AP Physics 2 Practice TestRetest: $25.00 · AP prep courses: $200+ · Private tutoring: $80+/hr
One payment. No subscription. No upsell. You get the complete 50-question test, the full diagnostic report, and detailed explanations for every answer. Retests are available at $25.00 so you can track improvement over time.
Frequently Asked Questions
How many questions are on this AP Physics 2 practice test?
Exactly 50 multiple-choice questions, matching the format of the real AP Physics 2 exam.
Is this algebra-based or calculus-based?
Algebra-based. AP Physics 2 does not require calculus. Problems use algebra and basic trigonometry.
Are the answers explained?
Every one. Each explanation teaches the physics concept and the reasoning approach needed for the exam.
How much does it cost?
$49.99 for the full test. Retests are $25.00.
Who writes the questions?
All questions are developed under the direction of Timothy E. Parker, the Guinness World Records Puzzle Master.
50 Questions. Every Answer Explained. $49.99.
The most cost-effective AP Physics 2 prep available — built by the Guinness World Records Puzzle Master, with the depth of a private tutor at a fraction of the cost.
Start Your AP Physics 2 Practice TestAP is a registered trademark of the College Board, which is not affiliated with and does not endorse US Testing Center. This product is an independent practice assessment designed to mirror the format and structure of the AP Physics 2 exam. Score estimates are approximations and should not be interpreted as official College Board scores. All content © 2026 Advanced Learning Academy LLC. For questions, contact [email protected].