UNDERSTANDING PHYSICS ELECTRICITY AND MAGNETISM

 

*UNDERSTANDING PHYSICS* *ELECTRICITY AND MAGNETISM* 

 *23.CURRENT ELECTRICITY 1-108* 

23.1 Introduction

23.2 Electric Current

23.3 Electric Currents in Conductors

23.4 Drift Velocity and Relaxation Time

23.5 Resistance of a Wire

23.6 Temperature Dependence of 

Resistance

23.7 Ohm’s Law

23.8 The Battery and the Electromotive 

Force

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23.9 Direct Current Circuits, Kirchhoff’s 

Laws

23.10 Heating Effects of Current

23.11 Grouping of Cells

23.12 Electrical Measuring Instruments

23.13 Colour Codes for Resistors

 *24.ELECTROSTATICS* 

24.1 Introduction

24.2 Electric Charge

24.3 Conductor and Insulators

24.4 Charging of a Body

24.5 Coulomb’s Law

24.6 Electric Field

24.7 Electric Potential Energy

24.8 Electric Potential

24.9 Relation Between Electric Field and 

Potential

24.10 Equipotential Surfaces

24.11 Electric Dipole

24.12 Gauss’s Law

24.13 Properties of a Conductor

24.14 Electric Field and Potential Due To 

Charged Spherical Shell or Solid 

Conducting Sphere

24.15 Electric Field and Potential Due to a 

Solid Sphere of Charge

 *25.CAPACITORS* 

25.1 Capacitance

25.2 Energy Stored in a Charged Capacitor 

25.3 Capacitors

25.4 Mechanical Force on a Charged Conductor

25.5 Capacitors in Series and Parallel

25.6 Two Laws in Capacitor

25.7 Energy Density

25.8 C-R Circuits

25.9 Methods of Finding Equivalent 

Resistance and Capacitance

 *26.

MAGNETICS  335-454* 

26.1 Introduction Carrying Wires

26.2 Magnetic Force on a Moving 

Charge(Fm)

26.3 Path of a Charged Particle in Uniform 

Magnetic Field

26.4 Magnetic Force on a Current 

Carrying Conductor

26.5 Magnetic Dipole

26.6 Magnetic Dipole in Uniform Magnetic Field

26.7 Biot Savart Law

26.8 Applications of Biot Savart Law

26.9 Ampere's Circuital Law

26.10 Force Between Parallel Current

26.11 Magnetic Poles and Bar Magnets

26.12 Earth’s Magnetism

26.13 Vibration Magnetometer

26.14 Magnetic Induction and Magnetic Materials

26.15 Some Important Terms used in 

Magnetism

26.16 Properties of Magnetic Materials

Diamagnetism and Ferromagnetism

26.17 Explanation of Paramagnetism, 

26.18 Moving Coil Galvanometer

 *27.ELECTROMAGNETIC INDUCTION 455-560* 

27.1 Introduction

27.2 Magnetic Field Lines and 

Magnetic Flux

27.3 Faraday’s Law

27.4 Lenz’s Law

27.5 Motional Electromotive Force

27.6 Self-Inductance and Inductors

27.7 Mutual Inductance

27.8 Growth and Decay of Current in an L-

R Circuit

27.9 Oscillations in L-C Circuit

27.10 Induced Electric Field

 *28.ALTERNATING CURRENT 561-607* 

28.1 Introduction

28.2 Alternating Currents and Phasors

28.3 Current and Potential Relations

28.4 Phasor Algebra

28.5 Series L-R Circuit

28.6 Series C-R Circuit

28.7 Series L-C-R Circuit

28.8 Power in an AC Circuit

 

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