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Chapter 1 Scalars and
Vectors
1.1 Definitions
1.2 Vector Algebra
Chapter 2 Kinematics
2.1 Definitions
2.2 Motion in one Dimension
2.3 Motion in Two Dimensions
Chapter 3 Dynamics
3.1 Dynamics of a particle
3.2 Dynamics of a system of particles
3.3 Law of Conservation of Momentum
Chapter 4 Work, Energy
and Power
4.1 Work
4.2 Energy
4.3 Law of Conservation of Energy
4.4 Power
Chapter 5 Rotational
Motion
5.1 Rotational motion of a rigid body
about a fixed axis
5.2 Rolling Motion
5.3 Law of Conservation of Angular
Momentum
Chapter 6 Elasticity
6.1 Definition of Elasticity
6.2 Types of Deformations
6.3 Deforming and Restoring Forces
6.4 Strain and Stress
6.5 Hooke’s Law
6.6 Elastic Modules
6.7 Strain Energy
Chapter 7 Oscillatory
Motion
7.1 Linear Simple Harmonic Motion
7.2 S.H.M. & U.C.M
7.3 Simple Pendulum
7.4 Energy in S.H.M
Chapter 8 Mechanics of
Fluids
8.1 Hydrostatic Pressure in a fluid
8.2 Pascal’s Law
8.3 Archimedes’ Principle
8.4 Moving Fluids & Bernoulli’s
Equation
Chapter 9 Wave Motion
9.1 Transverse and Longitudinal Waves
9.2 Equation of Linear, Progressive,
Harmonic Waves
Chapter 10 Sound Waves
10.1 Intensity and Pitch
10.2 Doppler Effect
10.3 Superposition Principle
10.4 The Phenomenon of Beats
of Sound
10.5 Standing or Stationary
Waves
10.6 Forced Oscillations and
Resonance
Chapter 11 Heat and Thermodynamics
Temperature
and Thermometers
Chapter 12 Thermal Expansions
of Solids, Liquids and Gases
12.1 Solids
12.2 Liquids
12.3 Gases
12.4 Gas Laws
12.5 Equation of State :Ideal
Gas Equation
12.6 Kinetic Theory of Ideal
Gases
Chapter 13 Calorimetry
and Mechanical Equivalent of Heat
13.1 Heat Capacity, Water Equivalent
& Specific Heat
13.2 Latent Heat of Fusion,
Freezing, Vaporization and Condensation
13.3 Mechanical Equivalent of
Heat
Chapter 14 Heat Transfer
14.1 Conduction
14.2 Convection
14.3 Radiation
Chapter 15 The Laws of
Thermodynamics
15.1 The Zeroth Law
15.2 The First Law
15.3 Work done and Some applications
of First Law
15.4 Thermodynamic Processes
15.5 Carnot Cycle
15.6 The Second Law
15.7 Entropy
Chapter 16 Light
Introduction
to light
16.1 Laws of Reflection at plane
surfaces
16.2 Mirrors
16.3 Laws of Refraction at plane
surfaces, Refractive Index and Critical Angle
16.4 Refraction at curved spherical
surfaces and Lens maker’s formula
16.5 Lenses
16.6 Refraction in Prisms, Prism
Formula
16.7 Dispersion of Light, Angular
Dispersion and Dispersive Power
16.8 Optical Instruments and
Magnifying Power
Chapter 17 Nature of
Light
17.1 Newton’s corpuscular Theory
of Light
17.2 Huygens’ Wave Theory of
Light
17.3 Laws of Reflection and
Refraction of Light on the basis of wave theory
Chapter 18 Physical Optics
18.1 Interference of Light
18.2 Diffraction of Light
18.3 Polarization of Light
Chapter 19 Electricity
and Magnetism
Introduction
to Electricity and Magnetism
19.1 Coulomb’s Law
19.2 Electrostatic Field
19.3 Gauss’s Law
19.4 Capacitors
Chapter 20 Magnetism
Introduction
to Magnetism
20.1 Coulomb’s Law
20.2 Magnetic Field
20.3 Torque on a bar magnet
20.4 Gauss’s Law
Chapter 21 Current Electricity
21.1 Electric Current
21.2 Ohm’s Law
21.3 Kirchoff’s Laws
21.4 Series and Parallel combination
of Resistance
Chapter 22 Magnetic Effect
of Electric Current
22.1 Oersted’s Experiments
22.2 Ampere’s Rule
22.3 Biot- Savart or Laplace’s
Law
22.4 Ampere’s Law
Chapter 23 Heating Effect
of Electric Current
23.1 Joule’s Law
23.2 Temperature Coefficient
of Resistance
Chapter 24 Chemical Effects
of Electric Current
24.1 Faraday’s Laws of Electrolysis
Chapter 25 Electro
-magnetic Induction
Introduction
to Electro-magnetic Induction
25.1 Faraday’s Experiments
25.2 Faraday’s Law of Electromagnetic
Induction
25.3 Rotating coil, Induced
E.M.F. and The Dynamo
25.4 Self Induction and Mutual
Induction
25.5 Transformer
Chapter 26 D.C. And A.C.
Circuits
26.1 R - C and L- R D.C. Circuits
26.2 Reactance and Impedance
of L, C, R
Chapter 27 Origin of
Magnetism
Introduction to
Origin of Magnetism
27.1 Diamagnetism, Paramagnetism
and Ferromagnetism
27.2 Theory of Diamagnetism
and Paramagnetism
27.3 Theory of Ferromagnetism
and Curie temperature of Ferromagnets
Chapter 28 Maxwell’s
Equations and Electro-magnetic waves
Chapter
28 Maxwell’s Equations and Electro-magnetic waves
Chapter 29 Modern Physics
Planck’s Quantum Theory of Black Body Radiation Spectrum
Chapter
30 Einstein’s Theory of Photo-electric Effect
Einstein’s
Theory of Photo-electric Effect
Chapter 31 Structure
of Atom
31.1 Thomson’s Model
31.2 Rutherford’s Experiments
and scattering of a - particles and Nuclear Atom Model
Chapter 32 Bohr’s Theory
of Hydrogen Atom and its Spectrum
Bohr’s
Theory of Hydrogen Atom and its Spectrum
Chapter 33 Wave Particle
Duality
33.1 Compton Scattering of Photons
33.2 Louis De Broglie’s Concept of
matter waves
33.3 Electron Diffraction
33.4 Bohr’s Atom
Chapter 34 Radio-Activity
and Nuclear Structure
34.1 Laws of radioactive transmutation
34.2 Laws of radioactive decay
34.3 Half Life Period
34.4 Mean Life Time : t
Chapter 35 Einstein’s
Theory of Special Relativity
35.1 Frames of References
35.2 Galilean Principle of Relativity
and Invariance of Newton’s laws of motion
35.3 Galilean Law of Velocity Addition
35.4 Absolute Frame of References
35.5 Einstein’s Postulates
35.6 Length Contraction, Time
dilation and Relativistic Law of Velocity Addition
35.7 Relativistic Mass and Mass Energy
Equivalence
Questions
Bibliography
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