Resources | Electromagnetic Energy: From Motors to Lasers | Electrical Engineering and Computer Science | MIT OpenCourseWare

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Assignments

6.007 Problem Set 1: Energy conversion

6.007 Problem Set 10: Energy bands and more quantum mechanics

6.007 Problem Set 2: Energy and static fields

6.007 Problem Set 3: Magnetic materials and magnetic circuits

6.007 Problem Set 4: Forces and magnetic fields

6.007 Problem Set 5: Energy method and waves

6.007 Problem Set 6: EM waves and liquid crystal displays

6.007 Problem Set 7: Spectrometer and interference

6.007 Problem Set 8: Electromagnetic waves at boundaries

6.007 Problem Set 9: Introduction to quantum mechanics

Lecture Notes

Energy and power

6.007 Lecture 1: Introduction: iPhone components

6.007 Lecture 10: Magnetic Materials

6.007 Lecture 11: Magnetic circuits and transformers

6.007 Lecture 12: Forces via energy conservation (energy method)

6.007 Lecture 13: Stored energy and magnetic actuators

6.007 Lecture 14: Energy conversion systems: rail guns

6.007 Lecture 15: Dielectrics and dipoles

6.007 Lecture 16: Practical dielectrics

6.007 Lecture 17: Limits of statics and quasistatics

Readings

Electromagnetic Fields and Energy, Sections 3.3-3.6

6.007 Supplemental Notes: Energy Method for Finding Forces

6.007 Supplemental Notes: Magnetic Circuit Analog to Electric Circuits

6.007 Supplemental Notes: Sign Conventions in Electromagnetic (EM) Waves

6.007 Supplemental Notes: The Lorentz Oscillator and its Applications

6.007 Tutorial Notes: Quantum Mechanics in 1-D Potentials

Electromagnetics and Applications, Chapter 6

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