Electric Field
The field around charges, uniform fields between plates and charged particles in flight.
MODULE 06 / ALGEBRA CORE · CALCULUS EXTENSIONS
Electromagnetism
From a single charge to light itself: fields, circuits, magnets and waves.
Every topic is built for algebra-based physics. Where calculus adds insight, a Show the calculus option on the same lab adds integrals, derivatives and Gauss’s, Ampère’s and Faraday’s laws in their full form.
Unit 1 · Electrostatics
E1–E4
E1AvailableE2Coming soon
E3Coming soon
E4Coming soon
✎ Solve itAvailable
Electric Charge
Drag point charges and watch the forces. Coulomb’s law, superposition, Newton’s third law pairs, and charging by friction, contact and induction.
Enter the labElectric Field Lines
Sketch field lines, then compare with the real map. Flux and Gauss’s law in the calculus tier.
Electric Potential
Potential, equipotentials and energy. Capacitors and the energy they store.
Solve it · Build the Solution
Four Coulomb’s law problems: sort knowns and unknowns, assemble the solution from blocks (some contain common mistakes), then compare your force with the physics. Instructors can build their own problems visually.
Start solvingUnit 2 · Current and circuits
E5–E7Electric Current
What actually moves in a wire, how slowly it drifts, and why the light still comes on at once.
Resistance and Ohm’s Law
Resistivity, I–V graphs of resistors, bulbs and diodes, and electrical power.
Circuits and DC Instruments
Build circuits, apply Kirchhoff’s rules, and see how real meters and RC circuits behave.
Unit 3 · Magnetism and waves
E8–E11Magnetism
Fields of magnets and currents, forces on moving charges and wires, and the electric motor.
Electromagnetic Induction
Changing flux makes current: Faraday’s and Lenz’s laws, generators and magnetic braking.
AC Circuits and Technologies
Alternating current, transformers, the power grid, resonance and electrical safety.
Electromagnetic Waves
How accelerating charges make light, the spectrum, and polarization.