One can describe the motion of bodies in terms of the motion of a particle. The question of how to deal with the motion of bodies of finite size is an important one in Physics. This is the question that this Chapter 7 Physics Class 11 will attempt to answer. In this chapter, students will learn how to build an understanding of the motion of extended bodies.
Real bodies tend to have a finite size. Furthermore, relying on an ideal particle model will not be enough for the motion of bodies of finite size. Such bodies are also known as extended bodies. This chapter will take you deeper beyond this inadequacy. Students will learn of the motion of bodies of finite size. Such a body is a system of particles.
Keep on studying the System Of Particles And Rotational Motion Class 11 to gain an accurate understanding of rotational motion. After understanding these concepts, you will face little difficulty in handling the Class 11 Physics Chapter 7 NCERT Solutions. It is essential for you to look towards System Of Particles And Rotational Motion Ncert Solutions for effective learning.
Table of Contents
Below is the table of contents of Chapter 7 Physics Class 11:
Serial No |
Topics |
1. |
Introduction |
2. |
What kind of motion can a rigid body have? |
3. |
Centre of Mass |
4. |
Motion of Centre of Mass |
5. |
Linear Momentum of a System of Particles |
6. |
Vector Product of Two Products |
7. |
Angular Velocity and Its Relation With Linear Velocity |
7.1 |
Angular Acceleration |
8. |
Torque and Angular Momentum |
8.1 |
Moment of force (Torque) |
8.2 |
Angular momentum of a particle |
9. |
Equilibrium of a Rigid Body |
9.1 |
Principle of Moments |
9.2 |
Centre of Gravity |
10. |
Moment of Inertia |
11. |
Theorems of Perpendicular and Parallel Axes |
11.1 |
Theorem of perpendicular axes |
11.2 |
Theorem of parallel axes |
12. |
Kinematics of Rotational Motion About a Fixed Axis |
13. |
Dynamics of Rotational Motion About a Fixed Axis |
14. |
Angular Momentum in Case of Rotation About a Fixed Axis |
14.1 |
Conservation of angular momentum |
15. |
Rolling Motion |
15.1 |
Kinetic Energy of Rolling Motion |