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AP Physics C: E&M

Advanced calculus-based physics visualizations for electrostatics, conductors, capacitors, circuits, magnetic fields, and electromagnetism.

12 visualizationsFree & interactiveNo login required
Electric Potential Energy & Potential visualization thumbnail
AP PHYSICS C: E&M

Electric Potential Energy & Potential

2,888 views
Maxwell's Equations Overview visualization thumbnail
AP PHYSICS C: E&M

Maxwell's Equations Overview

2,733 views
Capacitor & Dielectric visualization thumbnail
AP PHYSICS C: E&M

Capacitor & Dielectric

2,701 views
LC Circuit Oscillations visualization thumbnail
AP PHYSICS C: E&M

LC Circuit Oscillations

Visualize the differential oscillation of energy between an inductor's magnetic field and a capacitor's electric field. Live graphs of charge and current.

2,700 views
Transformer Principles visualization thumbnail
AP PHYSICS C: E&M

Transformer Principles

Simulate an ideal transformer using Faraday's Law. Adjust primary/secondary turns and voltages to see magnetic flux transfer and conserve power.

2,500 views
Biot-Savart Law & Magnetic Field visualization thumbnail
AP PHYSICS C: E&M

Biot-Savart Law & Magnetic Field

1,989 views
Electric Field & Gauss's Law visualization thumbnail
AP PHYSICS C: E&M

Electric Field & Gauss's Law

1,932 views
Ampère's Law visualization thumbnail
AP PHYSICS C: E&M

Ampère's Law

1,809 views
RL Circuit Transient Response visualization thumbnail
AP PHYSICS C: E&M

RL Circuit Transient Response

1,565 views
Faraday's Law & Lenz's Law visualization thumbnail
AP PHYSICS C: E&M

Faraday's Law & Lenz's Law

1,141 views
Biot-Savart Law 3D Visualizer visualization thumbnail
AP PHYSICS C: E&M

Biot-Savart Law 3D Visualizer

Visualize the 3D magnetic field vectors B generated by steady currents. Switch between straight conductive wires, circular loops, and solenoids to understand the Right Hand Rule and spatial 1/r² decay.

0 views
Electric Field & Equipotential Mapper visualization thumbnail
AP PHYSICS C: E&M

Electric Field & Equipotential Mapper

Interactive Gaussian graph paper. Map directional vectors of Electric Fields and prove they are perpendicular to drawn Equipotential surfaces.

0 views

Visualize AP Physics C: Electricity and Magnetism

Notoriously considered one of the most challenging Advanced Placement courses, AP Physics C: Electricity and Magnetism requires students to apply multi-variable geometry and integral calculus to completely invisible forces. This involves constructing Gaussian surfaces, executing Ampere's loops, and unraveling Maxwell's equations.

The five critical units of E&M build a complete picture of electromagnetism step-by-step: Electrostatics (Unit 1) calculates fields via Coulomb's Law and Gauss's Law; Conductors, Capacitors, and Dielectrics (Unit 2) examines electric flux acting on physical geometries; Electric Circuits (Unit 3) models multiloop resistor-capacitor setups; Magnetic Fields (Unit 4) utilizes Ampere's and Biot-Savart Laws; and the culmination is Electromagnetism (Unit 5) focusing entirely on Faraday's and Lenz's Laws of Induction leading into Maxwell's equations.

3D Vector Fields and Flux Simulation

ShowMeClass is uniquely positioned for E&M because 3D engines natively excel at rendering vector spaces and invisible fields. Using our interactive E&M visualizers, you can enclose a non-uniform point charge cluster inside a manipulatable 3D Gaussian sphere to visually compute passing flux. Our RC circuit trackers generate transient state graphs exactly mapping to the differential equations required for the exam.

Frequently Asked Questions

Can I use the visualizers to study Gauss's Law?

Yes, our electrostatics modules allow you to toggle on and trace electric field lines emanating from point charges and continuous charge distributions, making it incredibly easy to see and define symmetric Gaussian surfaces for integration.

Do you have interactive Biot-Savart Law simulators?

Indeed. Visualizing magnetic fields induced by moving current elements in 3D space is critical. We offer manipulable cross-product visualization tools that make the right-hand rule and the Biot-Savart calculus entirely intuitive.

What makes AP Physics C: E&M so difficult for high schoolers?

It requires applying integral calculus to 3-dimensional, abstract vector fields. Students must intuitively bridge their spatial understanding (knowing the field directions) with rigorous math (setting up the appropriate line or surface integral) simultaneously, which is what our visualizations are built to teach.