Taking PHY1013F Physics B for Engineers at University of Cape Town?
UCT · PHY1013F
PHY1013F: Electromagnetic Induction, Lenz's Law & Inductance
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
Interactive UCT Physics B study tool covering Faraday's and Lenz's laws, motional emf, self- and mutual inductance, and LR circuit transients, with live calculators, a Lenz's-law direction drill, an LR current-vs-time plot, and a 10-question graded quiz.
Interactive study tool for UCT's PHY1013F Physics B covering electromagnetic induction, Faraday's and Lenz's laws, motional emf, self- and mutual inductance, and LR circuit transients. Features live calculators, direction drills, circuit plots, and graded quiz questions for comprehensive revision.
Built from prompt
Build me an interactive revision app for PHY1013F electromagnetic induction — Faraday/Lenz, motional emf, self and mutual inductance, and LR circuits — 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
