If you have an official, OCR-readable PDF, use it for revision.
| Chapter | Core Topics Covered | |---------|--------------------| | 1 – Electric Charges & Coulomb’s Law | Charge quantization, electric field, Gauss’s law (integral form). | | 2 – Electrostatic Potential | Potential energy, Laplace’s equation, conductors & dielectrics. | | 3 – Capacitance & Energy Storage | Capacitors, dielectric constants, energy density. | | 4 – Current, Resistance & Ohm’s Law | Drift velocity, resistivity, Kirchhoff’s laws. | | 5 – Magnetic Fields & Lorentz Force | Biot‑Savart law, Ampère’s circuital law, magnetic dipoles. | | 6 – Electromagnetic Induction | Faraday’s law, Lenz’s law, self‑inductance, mutual inductance. | | 7 – Alternating Current (AC) Circuits | Phasor analysis, resonance, power factor correction. | | 8 – Maxwell’s Equations (Differential Form) | Derivation, displacement current, electromagnetic wave propagation. | | 9 – Electromagnetic Waves | Wave equations, polarization, waveguides, transmission lines. | | 10 – Optics & Radiation | Reflection, refraction, Poynting vector, antenna basics. | | Appendices | Vector calculus refresher, unit conversion tables, constants. | electricity and magnetism book by b ghosh pdf
Each chapter ends with a “Summary & Exercises” section that reinforces learning and provides a solid preparation base for university exams. If you have an official, OCR-readable PDF, use
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The night before an exam, bookstores are closed, and friends have lent their copies to others. The immediate reaction is to Google for a PDF.