AP Physics C: Electricity and Magnetism Flashcards

Master AP Physics C: Electricity and Magnetism concepts with interactive flashcards

Study Materials

Revise essential formulas and key concepts on the go with our AP Physics C Electricity flashcards. These concise study tools help reinforce your memory and provide quick reviews, making studying efficient and effective.

Flashcard Topics

AP Physics C: Electricity and Magnetism Flashcards | AI Practice & Tutor | Learning Hub

AP Physics C: Electricity and Magnetism Flashcards

Study Materials

Flashcard Topics

Electricity and Magnetism Exam

Electric Circuits

Capacitors

Understanding Capacitors

Using Capacitor Equations

Circuit Relationships

Calculating Circuit Power

Interpreting Circuit Diagrams

Using Ohm's Law

Current

Calculating Current

Resistors

Calculating Resistance

Understanding Resistors

Electricity

Calculating Electric Potential

Interpreting Electric Charge Diagrams

Understanding Charge Distributions on Objects

Understanding Electrostatics

Using Coulomb's Law

Using Gauss's Law

Electromagnetism

Understanding Electrical-Magnetic Equivalents

Understanding Electromagnetic Induction

Understanding Flux

Using Faraday's Law

Using Lenz's Law

Magnetism

Calculating Magnetic Fields and Forces

Understanding Magnetic Fields and Charges

Understanding Magnetic Fields and Wires

Mechanics Exam

Forces

Friction and Normal Force

Friction

Normal Force

Gravity

Calculating Gravitational Forces

Calculating Weight

Understanding Gravity

Understanding Orbits

Newton's Laws and Force Diagrams

Interpreting Force Diagrams

Understanding Newton's Laws

Momentum

Interpreting Collision Diagrams

Momentum and Impulse

Understanding Conservation of Momentum

Understanding Elastic and Inelastic Collisions

Motion

Circular and Rotational Motion

Circular Motion

Circular Motion Concepts and Equations

Interpreting Circular Motion Diagrams

Rotational Motion and Torque

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

Interpreting Harmonic Motion Diagrams

Understanding Principles of Harmonic Motion

Using Pendulum Equations

Using Spring Equations

Linear Motion

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

Energy

Kinetic Energy