AP Physics C Electricity & Magnetism Examples

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Example Topics

• AP Physics C

  • Electricity and Magnetism Exam+30 topics

    • Electric Circuits+12 topics

      • Capacitors+2 topics

        • Understanding Capacitors

        • Using Capacitor Equations

      • Circuit Relationships+3 topics

        • Calculating Circuit Power

        • Interpreting Circuit Diagrams

        • Using Ohm's Law

      • Current+1 topic

        • Calculating Current

      • Resistors+2 topics

        • Calculating Resistance

        • Understanding Resistors

    • Electricity+6 topics

      • Calculating Electric Potential

      • Interpreting Electric Charge Diagrams

      • Understanding Charge Distributions on Objects

      • Understanding Electrostatics

      • Using Coulomb's Law

      • Using Gauss's Law

    • Electromagnetism+5 topics

      • Understanding Electrical-Magnetic Equivalents

      • Understanding Electromagnetic Induction

      • Understanding Flux

      • Using Faraday's Law

      • Using Lenz's Law

    • Magnetism+3 topics

      • Calculating Magnetic Fields and Forces

      • Understanding Magnetic Fields and Charges

      • Understanding Magnetic Fields and Wires

  • Mechanics Exam+51 topics

    • Forces+11 topics

      • Friction and Normal Force+2 topics

        • Friction

        • Normal Force

      • Gravity+4 topics

        • Calculating Gravitational Forces

        • Calculating Weight

        • Understanding Gravity

        • Understanding Orbits

      • Newton's Laws and Force Diagrams+2 topics

        • Interpreting Force Diagrams

        • Understanding Newton's Laws

    • Momentum+4 topics

      • Interpreting Collision Diagrams

      • Momentum and Impulse

      • Understanding Conservation of Momentum

      • Understanding Elastic and Inelastic Collisions

    • Motion+24 topics

      • Circular and Rotational Motion+10 topics

        • Circular Motion+2 topics

          • Circular Motion Concepts and Equations

          • Interpreting Circular Motion Diagrams

        • Rotational Motion and Torque+6 topics

          • Interpreting Rotational Motion and Torque Diagrams

          • Understanding and Finding Center of Mass

          • Understanding Conservation of Angular Momentum

          • Understanding Linear-Rotational Equivalents

          • Using Angular Momentum Equations

          • Using Torque Equations

      • Harmonic Motion+4 topics

        • Interpreting Harmonic Motion Diagrams

        • Understanding Principles of Harmonic Motion

        • Using Pendulum Equations

        • Using Spring Equations

      • Linear Motion+7 topics

        • Calculating Motion in One Dimension

        • Calculating Motion in Two Dimensions

        • Interpreting Linear Motion Diagrams

        • Understanding Accelerations

        • Understanding Distances

        • Understanding Vector and Scalar Quantities

        • Understanding Velocities

    • Work, Energy, and Power+8 topics

      • Energy+3 topics

        • Kinetic Energy

        • Potential Energy

        • Understanding Conservation of Energy

      • Work, Power, and Diagrams+3 topics

        • Interpreting Work, Energy, and Power Diagrams

        • Power

        • Work