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A structured set of practice questions arranged by subject, level of difficulty, and exam format is called an AP Physics question bank. It helps students become more accurate, confident, and adept at solving problems in preparation for the AP Physics exam.
Students can practice topic-specific questions, increase accuracy, and get ready for both MCQs and FRQs by using the AP Physics question bank resources. These resources include concept-based question collections, full-length tests, and practice sets broken down by units.
AP Physics Question Bank Resources
| AP Physics Question Bank Resource | What’s Included | Access |
| AP Physics 1 Question Bank | Questions about motion, forces, energy, and momentum by topic | View Resource |
| AP Physics 2 Question Bank | Practice questions about electricity, fluids, thermodynamics, and optics | View Resource |
| AP Physics C Mechanics Question Bank | Calculus-based questions about energy, rotation, and kinematics | View Resource |
| AP Physics C Electricity & Magnetism Question Bank | Advanced electromagnetic, field, and circuit problems | View Resource |
| AP Physics MCQ Practice Questions | Multiple-choice questions to practice accuracy and speed | View Resource |
| AP Physics FRQ Practice Questions | Free-response inquiries with thorough justifications | View Resource |
| AP Physics Full-Length Practice Test | Finish the mock exam with MCQs and FRQs. | View Resource |
| AP Physics Topic-Wise Question Sets | Focused learning through unit-based practice | View Resource |
| AP Physics Mixed Practice Set | Exam simulation questions with varying degrees of difficulty | View Resource |
| AP Physics Timed Practice Sets | Time-based sets of questions to increase speed | View Resource |
| Unit | Topic | Core Topics | Weightage |
| Unit 1 | Kinematics | Motion, velocity, acceleration | 12–18% |
| Unit 2 | Forces | Free-body diagrams, friction | 16–20% |
| Unit 3 | Energy | Work-energy theorem | 20–28% |
| Unit 4 | Momentum | Collisions, impulse | 12–18% |
| Unit 5 | Rotation | Torque, angular motion | 12–18% |
| Unit 6 | Oscillations | SHM, springs | 4–6% |
| Unit 7 | Gravitation | Orbital motion | 6–8% |
Units 2 & 3 are the most important.
| Topic | Key Formula / Concept | Why It Is Important |
| Newton’s Second Law | F = ma | The basis for every mechanics problem and can be found in every unit. |
| Kinematics Equations | v = v0 + at; x = v0t + 1/2at^2; v^2 = v0^2 + 2ax | Tested in graph analysis, free fall, and projectile motion. |
| Work-Energy Theorem | W = delta KE = 1/2mv^2 – 1/2mv0^2 | High-frequency subject in the FRQ and MCQ sections. |
| Conservation of Momentum | p = mv; p_initial = p_final | Every year, they are tested for explosion and collision issues. |
| Conservation of Energy | KE + PE = constant (no friction) | Occurs in pendulum, spring, and roller coaster issues. |
| Torque | tau = r x F (perpendicular) | Tested in angular motion and rotational equilibrium issues. |
| Simple Harmonic Motion | T = 2pi * sqrt(m/k) for spring; T = 2pi * sqrt(L/g) for pendulum | Appears in period calculations and oscillation questions. |
| Universal Gravitation | F = Gm1m2 / r^2 | Tested in gravitational field and satellite orbit issues. |
| Impulse-Momentum Theorem | J = Ft = delta p | Appears in questions about force-time graphs and collision analysis. |
| Ohm’s Law (AP Physics 2) | V = IR; P = IV | Fundamental subject in the AP Physics 2 unit on circuits. |
| Feature | MCQ | FRQ |
| Type | Multiple Choice | Written |
| Time | Fast | Time-consuming |
| Scoring | No partial credit | Partial credit |
| Skill | Speed | Explanation |
| Mistake | Impact |
| Memorizing only | Weak understanding |
| Skipping diagrams | Lose marks |
| Ignoring units | Wrong answers |
| No FRQ practice | Low score |
| Poor time management | Incomplete paper |
You can use the AP Physics question bank more effectively if you are aware of how the exam is structured. The AP Physics 1 exam is organized by the College Board as follows:
| Section | Details |
| Section 1 – Multiple Choice | 50 questions | 90 minutes | 50% of total score |
| Section 1 – Single-Select MCQ | 45 questions | One correct answer each |
| Section 1 – Multi-Select MCQ | 5 questions | Two correct answers each |
| Section 2 – Free Response (FRQ) | 5 questions | 90 minutes | 50% of total score |
| Section 2 – Experimental Design | 1 question | Design and analyze a lab scenario |
| Section 2 – Qualitative/Quantitative | 1 question | Explain and calculate |
| Section 2 – Short Answer FRQ | 3 questions | Focused concept problems |
| Total Exam Time | Approximately 3 hours |
| Score Range | 1–5; score of 3 or higher earns college credit at most U.S. universities |
| Topic Area | Recommended Practice Focus |
| Kinematics | Kinematic equation drills, projectile motion problems, and motion graphs. |
| Forces and Newton’s Laws | Problems with free-body diagrams, Atwood machines, and inclined planes. |
| Work, Energy, and Power | Problems with conserving energy, figuring out how much work to do, and figuring out how much power to output. |
| Momentum and Collisions | Problems with elastic and inelastic collisions and calculations of impulse and momentum. |
| Rotation and Torque | Problems with torque equilibrium, rotational inertia, and angular momentum. |
| Oscillations | Calculating the period of a spring and a pendulum, and looking at the energy of simple harmonic motion. |
| Gravitation | Problems with orbital velocity, gravitational field strength, and satellite period. |
The following questions are from the AP Physics question bank and are similar to questions that will be on the real AP Physics 1 test. Before you read the answer, go through each question.
Question 1 (Kinematics): A ball is thrown horizontally from a height of 20 m with an initial speed of 10 m/s. How long does it take to reach the ground? (g = 10 m/s^2)
Answer: Using y = 1/2gt^2: 20 = 1/2(10)t^2 → t^2 = 4 → t = 2 s. The ball takes 2 seconds to reach the ground.
Question 2 (Forces): A 10 kg block is pushed across a frictionless surface with a net force of 30 N. What is the acceleration of the block?
Answer: Using F = ma: 30 = 10 x a → a = 3 m/s^2. The block accelerates at 3 m/s^2 in the direction of the applied force.
Question 3 (Energy): A 5 kg object is dropped from a height of 10 m. What is its speed just before it hits the ground? (g = 10 m/s^2)
Answer: By conservation of energy: mgh = 1/2mv^2 → v = sqrt(2gh) = sqrt(2 x 10 x 10) = sqrt(200) = 14.1 m/s.
Question 4 (Momentum): A 3 kg object moving at 4 m/s collides and sticks to a stationary 1 kg object. What is the final velocity of the combined objects?Answer: By conservation of momentum: m1v1 = (m1 + m2)vf → (3)(4) = (3 + 1)vf → 12 = 4vf → vf = 3 m/s.
FRQ Types on AP Physics 1
| FRQ Type | Description |
| Experimental Design (1 question) | Make a lab to test a physics idea. Find the variables, steps, and results you expect. |
| Qualitative/Quantitative (1 question) | Write about a physics situation and back it up with math. |
| Short Answer FRQ (3 questions) | Problems that test one or two specific physics ideas per question. |
| Tip | Why It Matters |
| Before you write any formulas, say the physics principle. | AP readers give points to the first person who correctly identifies the law or idea. |
| Show each step of your math. | You can get partial credit for setting things up correctly even if your final answer is wrong. |
| Add units to every number you give. | You lose points if you don’t include units. Always write m/s, N, J, etc. |
| If you need to, draw and label a free-body diagram. | Diagrams get their own points and help explain what you wrote. |
| Try to do every part of every FRQ. | Don’t leave any blanks; each sub-part is scored on its own. |
Question: A student lets go of a 2 kg block at the top of a 5 m high ramp with no friction. (a) Find out how fast the block is going at the bottom of the ramp. (b) Describe how the final speed would change if there was friction on the ramp. (c) Draw a graph of kinetic energy versus height as the block slides down.
Part (a) Answer: Because energy is conserved, mgh = 1/2mv^2, which means that v = sqrt(2gh) = sqrt(2 x 10 x 5) = sqrt(100) = 10 m/s.
Part (b) Answer: If there were friction, the energy would turn into heat because the friction force would work against motion. The final speed would be less than 10 m/s because the final kinetic energy would be less than the initial potential energy.
Part (c) Answer: The line on the graph that shows kinetic energy vs. height goes down. As height goes down from 5 m to 0 m, kinetic energy goes up in a straight line from 0 J to 100 J. This shows how gravitational potential energy turns into kinetic energy directly.
| Step 1: Before you write anything, read the whole question. | Step 2: Find out which physics unit and idea are being tested. |
| Step 3: If the problem has to do with forces or motion, draw a diagram with labels. | Step 4: First, write down the physics principle, then the formula, and finally the calculation. |
| Step 5: Put units on each answer and put the final results in a box. | Step 6: Use the official College Board AP Physics rubric to grade yourself. |
| Resource | What’s Included | Access |
| AP Physics Formula Sheet | Important formulas and equations for a quick review | View Resource |
| AP Physics Cheat Sheet | A quick reference guide with important ideas and rules | View Resource |
| AP Physics Notes | Notes that go into great detail about all the units and topics | View Resource |
| AP exam study guide | Full chemistry notes to help you understand and review the material | View Resource |
What is an AP Physics question bank?
A big set of practice questions for AP Physics is called an AP Physics question bank. These questions are sorted by unit, topic, and type. It has multiple-choice, grid-in, and free-response questions that are similar to the real AP Physics test to help students study and get ready.
How many questions are on the AP Physics 1 exam?
There are 50 multiple-choice questions and 5 free-response questions on the AP Physics 1 test. The score is split evenly between multiple choice and free response. The whole test takes about three hours.
Which AP Physics units are most important to practice?
The most important parts of the AP Physics 1 exam are Units 2 (Forces and Newton’s Laws) and 3 (Work, Energy, and Power). These units should get the most time in the question bank, followed by Units 1 (Kinematics) and 4 (Momentum).
Where can I find official AP Physics practice questions?
The College Board’s AP Central website at apcentral.collegeboard.org is the best place to go. It has free practice tests, past AP Physics exam questions, scoring guidelines, and AP Classroom resources for all AP Physics courses.
How do I use an AP Physics question bank effectively?
Use College Board rubrics to write full FRQ answers, and practice answering multiple-choice questions on a topic-by-topic basis. Go over each wrong answer with your notes to make sure you understand the idea. In the last three weeks before the exam, you should practice with the question bank every day.
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