Explore the core ideas behind electric charge, fields, circuits, and magnetism. These quizzes help you practice key laws, units, and problem setups used in physics classes and exams, from Coulomb’s law to electromagnetic induction.

Explore how magnetic fields act on moving charges and current-carrying wires, from the Lorentz force to circular motion in uniform B-fields. Questions mix concepts, sign conventions, and quick calculations so you can build intuition and accuracy. Choose your preferred question count and difficulty to match your study goal.
Test your grasp of Ohm’s law in everyday DC circuits, from basic V=IR to quick calculations with resistors and meters. Questions range from beginner-friendly to more challenging scenarios, so you can build confidence and speed as you go.

Map electric fields created by real charge distributions—from point charges to rings, rods, and sheets. This mixed-difficulty quiz targets the ideas behind Coulomb’s law, symmetry, and superposition so you can set up the right integrals and reasoning steps. Choose your preferred question count and difficulty before starting, then work through each item at your own pace.
There are 3 quizzes with 327 questions total.
Yes. Expect items on current, voltage, resistance, power, and common circuit relationships.
Each question is multiple choice with 4 options, and there is no timer.
Yes. The set includes a mix of easier concept questions and more challenging calculation-based problems.
This category contains 327 questions across 3 quizzes.
These Electricity and Magnetism quizzes focus on the concepts and calculations behind electric forces, electric fields and potential, current and resistance, and magnetic effects.
You’ll get practice translating word problems into diagrams and equations, checking units, and recognizing which law applies in each situation.
Each question has 4 answer options and there’s no timer, so you can work carefully and review your reasoning.
Difficulty and length vary across quizzes, with a mix of quick concept checks and longer multi-step problems to build confidence over time.
Electricity and magnetism were once studied as separate topics, but experiments in the 1800s showed they’re deeply linked—changing magnetic fields can create electric currents, and moving charges create magnetic fields.
- Write down known values and units before choosing an equation - Sketch field directions and force directions (right-hand rules help) - Use sign conventions consistently for charge and potential - Check limiting cases (very large distance, zero current, etc.) - Recalculate with units to catch common mistakes n