23:32

Deformation of Solids (Summary Part 1)

24:50

Deformation of Solids (Summary Part 2)

05:33

CH11 example 3

03:18

CH11 example 2

07:27

CH11 example 1

22:15

Progressive and Stationary Wave (with simulation!) [Mechanical and Sound Waves (Q6)]

10:54

Doppler Effect (Q2)

10:00

Doppler Effect (Q1)

13:04

Application of Standing Waves (Q3)

08:30

Application of Standing Waves (Q2)

11:39

Application of Standing Waves (Q1)

17:08

Superposition of Waves (Q1)

04:03

Sound Intensity (Q1)

12:47

Properties of Waves (Q3)

26:24

Properties of Waves (Q2)

16:27

Properties of Waves (Q1)

44:44

Displacement-time vs Displacement-distance graph (& how to sketch them!) [Mech and Sound Waves (Q5)]

15:41

Construct displacement equation for mechanical waves [Mechanical and Sound Waves (Q4)]

12:50

Particle velocity vs Wave velocity [Mechanical and Sound Waves (Q3)]

07:00

Terms used to describe mechanical waves [Mechanical and Sound Waves (Q2)]

09:01

Terms used to describe mechanical waves [Mechanical and Sound Waves (Q1)]

35:33

Mechanical and Sound Waves (Summary Part 4)

18:57

Mechanical and Sound Waves (Summary Part 5)

18:34

Mechanical and Sound Waves (Summary Part 2)

09:49

Mechanical and Sound Waves (Summary Part 3)

22:59

Mechanical and Sound Waves (Summary Part 1)

25:13

Question 1 [LEPAK Chapter 2: Kinematics of Linear Motion]

02:55

Friction Experiment

08:19

Period of Simple Harmonic Motion (Q3)

15:21

Period of Simple Harmonic Motion (Q2)

10:51

Period of Simple Harmonic Motion (Q1)

19:13

Kinematics of Simple Harmonic Motion (Q4)

08:34

Graphs of Simple Harmonic Motion (Q2)

10:11

Graphs of Simple Harmonic Motion (Q1)

04:33

SHM Energy Graphs Tracker

07:24

Real SHM vs Tracker Graph

17:09

Kinematics of Simple Harmonic Motion (Q3)

24:59

Kinematics of Simple Harmonic Motion (Q1)

17:47

Simple Harmonic Motion (Summary Part 3)

12:31

Simple Harmonic Motion (Summary Part 2)

30:43

Simple Harmonic Motion (Summary Part 1)

13:08

Ratio / comparison question for SHM [Simple Harmonic Motion (Q10)]

25:28

Understanding and deriving expressions for simple pendulum system [Simple Harmonic Motion (Q9)]

20:34

Understanding energy graphs and equations of SHM [Simple Harmonic Motion (Q8)]

09:20

Analysing an acceleration-time graph of SHM [Simple Harmonic Motion (Q7)]

21:25

Sketching motion graphs of SHM [Simple Harmonic Motion (Q6b)]

29:19

Analysing a displacement time graph of SHM [Simple Harmonic Motion (Q6a)]

13:23

Analysing a spring mass system [Simple Harmonic Motion (Q5)]

11:50

Energy for SHM [Simple Harmonic Motion (Q4)]

11:13

Understanding the terms used to describe SHM [Simple Harmonic Motion (Q3)]

16:43

Understanding and deriving expression for spring mass system [Simple Harmonic Motion (Q2)]

21:03

SHM Displacement Equation / Equation of Motion [Simple Harmonic Motion (Q1)]

08:08

Graphs of Simple Harmonic Motion

20:20

Rotational Dynamics (Q2)

12:05

Rotational Dynamics (Q1)

32:33

Equilibrium of a Uniform Rigid Body (Q1)

11:47

Conservation of Angular Momentum (Q1)

09:28

Rotational Kinematics (Q1)

32:32

Rotation of Rigid Body (Summary)

12:18

Satellite Motion in Circular Orbit (Q2)