AP Physics 1 Practice Tests

Practice Tests

Topics

• AP Physics 1

  • Newtonian Mechanics

    • Linear Motion and Momentum

      • Motion in One Dimension

      • Motion in Two Dimensions

      • Impulse and Momentum

      • Fundamentals of Displacement, Velocity, and Acceleration

    • Circular, Rotational, and Harmonic Motion

      • Harmonic Motion+4 topics

        • Springs

        • Pendulums

        • Other Harmonic Systems

        • Period and Frequency of Harmonic Motion

      • Circular and Rotational Motion+6 topics

        • Angular Velocity and Acceleration

        • Angular Momentum

        • Centripetal Force and Acceleration

        • Torque

        • Period and Frequency

        • Other Circular and Rotational Motion Concepts

    • Work, Energy, and Power

      • Work

      • Kinetic Energy

      • Gravitational Potential Energy

      • Other Potential Energy

      • Conservation of Energy

      • Power

    • Forces

      • Fundamentals of Force and Newton's Laws+5 topics

        • Newton's First Law

        • Newton's Second Law

        • Newton's Third Law

        • Force Diagrams

        • Other Force Fundamentals

      • Specific Forces+6 topics

        • Normal Force and Weight

        • Universal Gravitation

        • Force of Friction

        • Spring Force

        • Tension

        • Other Forces

  • Electricity and Waves

    • Electricity

      • Electrostatics+3 topics

        • Electric Force Between Point Charges

        • Coulomb's Law

        • Fundamentals of Electric Charge

      • Circuits+7 topics

        • Ohm's Law

        • Equivalent Resistance

        • Understanding Circuit Diagrams

        • Series and Parallel

        • Current and Voltage

        • Resistivity

        • Circuit Power

    • Waves

      • Sound Waves

      • Doppler Effect

      • Wavelength and Amplitude

      • Frequency and Period

      • Waves and Velocity

      • Longitudinal and Transverse Waves

      • Harmonics and Standing Waves

• AP Physics B

  • Newtonian Mechanics

    • Motion

      • Linear Motion+7 topics

        • Understanding Vector and Scalar Quantities

        • Understanding Distances

        • Understanding Velocities

        • Understanding Accelerations

        • Calculating Motion in One Dimension

        • Calculating Motion in Two Dimensions

        • Interpreting Linear Motion Diagrams

      • Harmonic Motion+4 topics

        • Understanding Principles of Harmonic Motion

        • Using Spring Equations

        • Using Pendulum Equations

        • Interpreting Harmonic Motion Diagrams

      • Circular Motion and Torque+6 topics

        • Understanding Linear-Rotational Equivalents

        • Understanding Circular Motion

        • Using Circular Motion Equations

        • Understanding Torque

        • Using Torque Equations

        • Interpreting Circular Motion and Torque Diagrams

    • Forces

      • Understanding Normal Force

      • Understanding Friction

      • Calculating Weight

      • Understanding Newton's Laws

      • Interpreting Force Diagrams

      • Understanding Gravity and Gravitational Forces

    • Work, Energy, and Power

      • Understanding Work

      • Understanding Conservation of Energy

      • Understanding Potential Energy

      • Understanding Kinetic Energy

      • Understanding Power

      • Interpreting Work, Energy, and Power Diagrams

      • Incorporating Multiple Variables

    • Momentum

      • Understanding Conservation of Momentum

      • Understanding Elastic and Inelastic Collisions

      • Understanding Momentum and Impulse

      • Interpreting Collision Diagrams

  • Fluid and Gas Mechanics

    • Gases

      • Using the Gas Laws

      • Understanding Ideal Gases and Gas Properties

      • Interpreting Gas Diagrams

    • Liquids

      • Pressure, Buoyancy, and Density+4 topics

        • Understanding Pressure

        • Understanding Buoyancy and Buoyant Force

        • Understanding Density

        • Interpreting Static Liquid Diagrams

      • Fluid Flow+3 topics

        • Understanding Bernoulli's Equation

        • Understanding Flow Rate

        • Interpreting Flow Diagrams

  • Thermodynamics and Heat

    • Understanding Laws of Thermodynamics

    • Understanding Heat and Temperature

    • Understanding Calorimeters

    • Understanding Heat Transfer

    • Interpreting Heat Diagrams

  • Electricity and Magnetism

    • Electric Circuits

      • Understanding Capacitors

      • Using Ohm's Law

      • Understanding Current

      • Calculating Circuit Power

      • Interpreting Circuit Diagrams

      • Understanding Resistors and Resistance

    • Electricity

      • Understanding Electrostatics

      • Using Coulomb's Law

      • Calculating Electric Potential

      • Interpreting Electric Charge Diagrams

    • Magnetism

      • Understanding Magnetic Fields and Charges

      • Understanding Magnetic Fields and Wires

      • Calculating Magnetic Fields

      • Calculating Magnetic Forces

      • Interpreting Magnetism Diagrams

    • Electromagnetism

      • Understanding Electromagnetic Induction

      • Using Faraday's Law

      • Using Lenz's Law

      • Interpreting Electromagnetism Diagrams

  • Waves and Optics

    • Waves

      • Understanding Types of Waves

      • Understanding Wavelength, Frequency, and Velocity

      • Understanding Period and Amplitude

      • Understanding Phase Shifts and Interference

      • Interpreting Wave Diagrams

    • Optics

      • Understanding Mirrors

      • Understanding Lenses

      • Using the Lens Equation

      • Understanding Index of Refraction

      • Using Snell's Law

      • Understanding Internal Reflection

      • Interpreting Optics Diagrams

  • Quantum and Nuclear Physics

    • Understanding Energy Levels

    • Calculating Photon Energy

    • Understanding Wave-Particle Duality

    • Understanding the Photoelectric Effect

    • Understanding Nuclear Reactions

    • Interpreting Quantum Diagrams