Theoria
Portable learning

Published course

coursePublished source available

Course details

About this course

Level
intermediate
Language
en-CA
License
CC-BY-4.0
Duration
Not declared
Curriculum
Not declared
Prerequisites
Not declared
Attribution
APV, Theoria

Technical metadata

Package format and contents

Show technical package details
Format version
MCF 1.1
Lessons
33
Activities
57
Questions
168
Files / assets
Not reported / Not reported
Validation
valid

Learning outcomes

What learners can expect

  1. Compute electric forces, fields, flux, potential, conductor behaviour, capacitance, and field energy from charge distributions.
  2. Solve DC networks and RC/RL/RLC dynamics using conservation laws, differential equations, phasors, and power/energy checks.
  3. Compute Lorentz forces and magnetic fields from currents using Biot-Savart, Ampere, and dipole reasoning.
  4. Apply Faraday-Lenz induction, inductance, and magnetic-energy relations to changing-field systems.
  5. Use Maxwell equations, displacement current, wave relations, and the Poynting vector to connect lumped circuits with field dynamics.
  6. Cross-check electromagnetic calculations using dimensions, symmetry, limits, conservation laws, energy, and independent field/circuit formulations.

Immutable releases

Version history

  1. 0.2.0course · MCF 1.1 · 722.4 KiB

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