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Course sections

1
Introduction
2
Motion of Rigid body
3
Identical Transitional Trajectory (Motion of Rigid Body)
4
Centre of Mass – Part 1
5
Centre of Mass – Part 2 ; Example 7.1
6
Example 7.2 & Example 7.3
7
Motion of Centre of Mass – Part 1
8
Motion of Centre of Mass – Part 2
9
Motion of Centre of Mass – Part 3
10
Linear Momentum of System of Particles
11
Newton’s Second Law Extended to System of Particles
12
Vector Product of Two Vectors- Part 1
13
Vector Product of Two Vectors- Part 2
14
Angular Velocity
15
Relation of Angular Velocity with Linear Velocity
16
Angular Acceleration
17
Angular Momentum of a Particle
18
Angular Momentum for a System of Particles ;Law of Conservation of Angular Momentum
19
Example 7.5 ; Example 7.6
20
Equilibrium of Rigid Bodies- Part 1
21
Equilibrium of Rigid Bodies- Part 2
22
Partial Equilibrium – Part 1
23
Partial Equilibrium – Part 2 ; Example 7.7
24
Principle of Moments
25
Centre of Gravity
26
Numericals – Part 1
27
Numericals – Part 2
28
Moment of Inertia- Part 1
29
Moment of Inertia- Part 2 ; Radius of Gyration
30
Theorems of Perpendicular and Parallel Axes ; Example 7.11 ; Example 7.12
31
Kinematics of Rotational Motion about a Fixed Axis
32
Example 7.13 ; Example 7.14
33
Dynamics of Rotational Motion about a Fixed Axis
34
Work Done by Torque- Part 1
35
Work Done by Torque- Part 2 ; Example 7.15
36
Angular Momentum in case of Rotation about a Fixed Axis – Part 1
37
Angular Momentum in case of Rotation about a Fixed Axis – Part 2 ;Conservation of Angular Momentum
38
Rolling Motion
39
Kinetic theory of Rolling Motion; Example 7.16
40
Mind Map
1
Introduction
2
Thermometry- Part 1
3
Thermometry- Part 2;Numericals
4
Ideal Gas Equation
5
Thermal Expansion
6
Linear Expansion
7
Problems on Linear Expansion
8
Volume Expansion
9
Coefficient of Volume Expansion; Numericals
10
Area Expansion
11
Applications of Thermal Expansion- Part 1
12
Applications of Thermal Expansion- Part 2
13
Specific Heat Capacity- Part 1
14
Specific Heat Capacity- Part 2; Calorimetry
15
Numericals on Specific Heat Capacity & Calorimetry – Part 1
16
Numericals on Specific Heat Capacity & Calorimetry – Part 2
17
Numericals on Specific Heat Capacity & Calorimetry – Part 3
18
Numericals on Specific Heat Capacity & Calorimetry – Part 4
19
Numericals on Specific Heat Capacity & Calorimetry – Part 5
20
Numericals on Specific Heat Capacity & Calorimetry – Part 6
21
Numericals on Specific Heat Capacity & Calorimetry – Part 7
22
Change of State-Part 1
23
Change of State-Part 2
24
Change of State-Part 3
25
Latent Heat
26
Latent Heat of Melting
27
Numericals on Latent Heat – Part 1
28
Numericals on Latent Heat – Part 2
29
Numericals on Latent Heat – Part 3
30
Numericals on Latent Heat – Part 4
31
Numericals on Latent Heat – Part 5
32
Heat Transfer
33
Variable State & Steady State
34
Conduction – Part 1
35
Conduction – Part 2
36
Heat Current; Convection Heat Transfer
37
Radiation Heat Transfer
38
Numericals on Conduction Heat Transfer
39
Derivation of Junction Temperature & Equivalent Thermal Conductivity
40
Newton’s Law of Cooling
41
Numericals on Newton’s Law of Cooling;Verification of Newton’s Law of Cooling

Laws of Motion - Part 1

Newton’s First Law of Motion; Exercise 5.1

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Laws of Motion - Part 1 Law of Inertia (Continued…)
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Laws of Motion - Part 1 Newton’s Second Law of Motion (Part 1)