- CH-1-INTRODUCTION TO PHYSICS
- CH-2-PHYSICS AND MATHEMATICS
- CH-3-REST AND MOTION -KINEMATICS
- CH-4-THE FORCES
- CH-5-NEWTON’S LAWS OF MOTOIN
- CH-6-FRICTION
- CH-7-CIRCULAR MOTION
- CH-8-WORK AND ENERGY
- CH-9-CENTRE OF MASS, LINEAR MOMENTUM, COLLISISON
- CH-10-ROTATIONAL MECHANICS
- CH-11-GRAVITATION
- CH-12-SIMPLE HARMONIC MOTION
- CH-13-FLUID MECHANICS
- CH-14-SOME MECHANICAL PROPERTIES OF MATTER
- CH-15-WAVE MOTION AND WAVES ON A STRING
- CH-16-SOUND WAVES
- CH-17-LIGHT WAVES
- CH-18-GEOMETRICAL OPTICS
- CH-19-OPTICAL INSTRUMENTS
- CH-20-DISPERSION AND SPECTRA
- CH-21-SPEED OF LIGHT
- CH-22-PHOTOMETRY
- CH-23-HEAT AND TEMPERATURE
- CH-24-KINETIC THEORY OF GASES
- CH-25-CALORIMETRY
- CH-26-LAWS OF THERMODYNAMICS
- CH-27-SPECIFIC HEAT CAPACITIES OF GASES
- CH-28-HEAT TRANSFER
- CH-29-ELECTRIC FIELD AND POTENTIAL
- CH-30-GAUSS LAW
- CH-31-CAPACITORS
- CH-32-ELECTRIC CURRENT IN CONDUCTORS
- CH-33-THERMAL AND CHEMICAL EFFECTS OF ELECTRIC CURRENT
- CH-34-MAGNETIC FIELD
- CH-35-MAGNETIC FIELD DUE TO A CURRENT
- CH-36-PERMANENT MAGNETS
- CH-37-MAGNETIC PROPERTIES OF MATTER
- CH-38-ELECTROMAGNETIC INDUCTION
- CH-39-ALTERING CURRENT
- CH-40-ELECTROMAGNETIC WAVES
- CH-41-ELECTRIC CURRENT THROUGH GASES
- CH-42-PHOTOELECTRIC EFFECT AND WAVE-PARTICLE DUALITY
- CH-43-BOHR’S MODEL AND PHYSICS TO THE ATOM
- CH-44-X-RAYS
- CH-45-SEMICONDUCTORS AND SEMICONDUCTOR DEVICES
- CH-46-NUCLEUS
- CH-47-THE SPECIAL THEORY OF RELATIVITY