Volume 2: Classical Electrodynamics

Welcome to Volume 2: Classical Electrodynamics. This volume treats classical electrodynamics from fundamental field laws to Maxwell's unified equations, tailored for IIT-JEE (Advanced) and Physics Olympiads.

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Chapters in this Volume

1. 1. Electrostatics & Potential Theory
   Coulomb's law, continuous charge distributions, Gauss's law, spherical cavity uniform field theorem, electrostatic self-energy.

2. 2. Conductors, Capacitors & Dielectrics
   Conductor boundary conditions, inhomogeneous dielectric slicing, electrostatic pressure, slab insertion pulling forces.

3. 3. Current Electricity & Network Theorems
   Drude-Lorentz microscopic model, nodal analysis, 3D 12-resistor symmetry cube networks, Potentiometer sensitivity.

4. 4. Magnetostatics & Ampèrian Loops
   Biot-Savart vector calculus, Ampère's circuital law, cylindrical magnetic cavity uniform field theorem, Helmholtz coils.

5. 5. Magnetic Forces & Helical Trajectories
   Lorentz force $\overrightarrow{F}=q(\overrightarrow{E}+\overrightarrow{v}\times \overrightarrow{B})$, helical spiral pitch, crossed $\overrightarrow{E}\times \overrightarrow{B}$ velocity selector & cycloid.

6. 6. Electromagnetic Induction & Faraday's Law
   Faraday-Lenz flux rule, motional EMF, sliding rod terminal velocity, non-conservative induced electric field loops.

7. 7. Alternating Current & Resonant Circuits
   Complex impedance phasor formalism, series/parallel RLC resonance, Quality factor ($Q$), bandwidth, and power factor.

8. 8. Maxwell's Equations & Displacement Current
   Ampère-Maxwell law, displacement current $I_d$ in charging capacitors, Poynting energy flux $\overrightarrow{S}$, EM wave fundamentals.

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Start Reading

Begin with Chapter 1: Electrostatics & Potential Theory or test your mastery with the Olympiad Problem Sets.