1. Physical World and Measurement

    Content: Introduces the scope and nature of physical science. Discusses fundamental and derived units, measurement techniques, and the importance of accuracy and precision in experiments.

    Objective: To understand the fundamental concepts of physical measurement and the importance of accuracy in scientific experiments.

2. Kinematics

    Content: Covers the study of motion, including concepts of displacement, velocity, and acceleration. Discusses equations of motion and graphical analysis of motion.

    Objective: To analyze and describe the motion of objects using kinematic equations and graphical methods.

3. Laws of Motion

    Content: Explains Newton's three laws of motion and their applications. Discusses concepts of force, inertia, and momentum, and the principle of action and reaction.

    Objective: To apply Newton's laws to solve problems related to forces and motion.

4. Work, Energy, and Power

    Content: Introduces the concepts of work, energy, and power. Discusses different forms of energy, conservation of energy, and power calculations.

    Objective: To understand and apply the principles of work, energy, and power in various physical contexts.

5. Motion of System of Particles and Rigid Body

    Content: Discusses the motion of a system of particles and rigid bodies. Covers concepts of center of mass, rotational motion, and torque.

    Objective: To analyze the motion and forces acting on a system of particles and rigid bodies.

6. Gravitation

    Content: Covers the universal law of gravitation, gravitational force, and gravitational potential energy. Discusses the motion of planets and satellites.

    Objective: To understand the gravitational forces and their effects on celestial bodies and objects on Earth.

7. Properties of Bulk Matter

    Content: Introduces the properties of matter such as density, elasticity, and viscosity. Discusses how these properties affect the behavior of materials.

    Objective: To study the physical properties of bulk matter and their implications in realworld applications.

8. Thermodynamics

    Content: Explains the laws of thermodynamics, heat transfer, and thermal processes. Discusses concepts of internal energy, work done by gases, and heat engines.

    Objective: To understand the principles of thermodynamics and their applications in various thermal processes.

9. Behavior of Perfect Gas and Kinetic Theory

    Content: Discusses the behavior of ideal gases according to the kinetic theory. Covers gas laws, molecular motion, and the derivation of gas equations.

    Objective: To analyze the properties and behavior of ideal gases using the kinetic theory.

10. Oscillations and Waves

     Content: Introduces oscillatory motion, simple harmonic motion, and wave phenomena. Covers types of waves, wave properties, and sound waves.

     Objective: To understand the nature of oscillations and waves and their applications in physical systems.

11. Mechanical Properties of Solids and Fluids

     Content: Discusses the mechanical properties of solids and fluids, including stress, strain, elasticity, and fluid dynamics.

     Objective: To analyze the mechanical properties of materials and fluids and their behavior under different conditions.

12. Thermal Properties of Matter

     Content: Covers the thermal properties of matter, including heat capacity, thermal expansion, and specific heat. Discusses how materials respond to temperature changes.

     Objective: To understand how different materials respond to changes in temperature and the concept of thermal equilibrium.

13. Thermodynamics

    Content: Discusses the laws of thermodynamics in more detail, including the first and second laws. Covers concepts of entropy, Carnot engines, and real world applications of thermodynamic principles.

    Objective: To deepen the understanding of thermodynamic principles and their implications for heat engines and energy transfer processes.

14. Kinetic Theory of Gases

    Content: Explores the kinetic theory of gases in greater depth, focusing on the derivation of the ideal gas law from kinetic theory. Discusses real gases and deviations from ideal behavior.

    Objective: To refine the understanding of how gases behave under different conditions and to apply the kinetic theory to real world scenarios.

15. Waves

    Content: Provides a more comprehensive study of wave phenomena, including the mathematical description of waves, interference, diffraction, and polarization of light. Explores various types of waves in different media.

    Objective: To gain a thorough understanding of wave behavior and applications, including complex wave interactions and the principles of light waves.