Taking PHY1013F Physics B for Engineers at University of Cape Town?
UCT · PHY1013F
PHY1013F Magnetic Fields, Biot–Savart Law & Ampère's Law (UCT)
Free preview. Try it now — a free account opens the rest.
Loading
About this study app
PHY1013F Physics B for Engineers · University of Cape Town · 2026
An interactive simulator covering the magnetic force on moving charges and currents, circular/helical particle motion, the Biot–Savart Law, and Ampère's Law for wires, solenoids, toroids and parallel-wire forces, with worked examples and a 12-question scored quiz.
This PHY1013F Physics B for Engineers simulator at UCT covers magnetic force, circular particle motion, the Biot–Savart Law, and Ampère's Law for various current configurations, featuring interactive demonstrations, worked examples, and a 12-question scored quiz.
Built from prompt
Build me an interactive tool for my PHY1013F magnetism unit covering the right-hand rule, circular motion of charges in a B field, Biot-Savart law, and Ampere's law, with practice questions.
No ratings yet
More from PHY1013F Physics B for Engineers
- Open PHY1013F Interference and Diffraction: Double Slit, Gratings & Thin Films
SimulatorPHY1013F Interference and Diffraction: Double Slit, Gratings & Thin Filmsby AgoFact EditorPHY1013F Physics B for Engineers at UCT: Interactive simulator exploring interference and diffraction through Young's double-slit, single-slit diffraction, gratings, and thin-film interference with adjustable parameters and a six-question practice quiz.2026 - Open PHY1013F: Sound Waves, Intensity, Pipe Resonance & the Doppler Effect
Study toolPHY1013F: Sound Waves, Intensity, Pipe Resonance & the Doppler Effectby AgoFact EditorPHY1013F Physics B for Engineers at UCT covers sound waves, intensity, pipe resonance, and the Doppler effect through interactive calculators, animated diagrams, and a scored quiz. Study longitudinal waves, the decibel scale, standing waves in pipes, beats, and frequency shifts with live tools for hands-on learning.2026 - Open PHY1013F: Travelling and Standing Waves — Interactive Wave Simulator
SimulatorPHY1013F: Travelling and Standing Waves — Interactive Wave Simulatorby AgoFact EditorPHY1013F: Travelling and Standing Waves at UCT is an interactive simulator letting students manipulate amplitude, wavelength, frequency, tension, and density to explore wave behavior on strings, standing-wave harmonics, boundary reflections, and wave power, with an 8-question practice quiz included.2026 - Open PHY1013F: Simple Harmonic Motion, Damped Oscillations & Resonance
SimulatorPHY1013F: Simple Harmonic Motion, Damped Oscillations & Resonanceby AgoFact EditorThis UCT PHY1013F Physics B for Engineers simulator lets students explore simple harmonic motion, damped oscillations, and resonance through interactive spring-mass and pendulum models with adjustable parameters, live energy plots, and a 10-question practice quiz.2026
