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Physics
Foundational Physics
Electromagnetism
1. Fundamental Concepts and Mathematical Preliminaries
2. Electrostatics
3. Electric Fields in Matter
4. Magnetostatics
5. Magnetic Fields in Matter
6. Electrodynamics
7. Conservation Laws and Energy Flow
8. Electromagnetic Waves
9. Advanced Topics
Magnetostatics
Magnetic Field and Forces
Lorentz Force Law
Force on Moving Point Charge
Velocity Dependence
Direction Rules
Force on Current-Carrying Conductors
Force on Straight Wire
Force on Wire Loops
Torque on Current Loops
Motion of Charged Particles
Circular Motion in Uniform Field
Helical Motion
Drift Motions
Sources of Magnetic Field
Moving Point Charges
Steady Current Distributions
Biot-Savart Law
Statement and Form
Applications to Simple Geometries
Straight Wire Segment
Circular Current Loop
Solenoid
Toroidal Coil
Magnetic Field Calculations
Integration Techniques
Symmetry Arguments
Ampere's Circuital Law
Statement of Ampere's Law
Integral Form
Differential Form
Applications
Infinite Straight Wire
Solenoid Field
Interior Field
Exterior Field
Toroidal Coil
Parallel Current Sheets
Choosing Amperian Loops
Limitations of Ampere's Law
Magnetic Vector Potential
Definition of Vector Potential
Relationship to Magnetic Field
Gauge Freedom
Gauge Transformations
Coulomb Gauge
Symmetric Gauge
Vector Potential Calculations
Simple Current Distributions
Multipole Expansion
Magnetic Dipoles
Magnetic Dipole Moment
Current Loop Model
Calculation Methods
Field of Magnetic Dipole
Near Field
Far Field
Forces and Torques on Dipoles
Torque in Uniform Field
Force in Non-uniform Field
Potential Energy
Magnetic Dipole Interactions
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3. Electric Fields in Matter
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5. Magnetic Fields in Matter