What in Physics?
Classical Mechanics
-
1:13:21
24
- 1 1. Course Introduction and Newtonian Mechanics 1:13:21
- 2 2. Vectors in Multiple Dimensions 1:06:49
- 3 3. Newton’s Laws of Motion 1:08:22
- 4 4. Newton’s Laws (cont.) and Inclined Planes 1:07:25
- 5 5. Work-Energy Theorem and Law of Conservation of Energy 1:10:16
-
3:21
40
- 1 8.01x – Introduction 3:21
- 2 8.01x – Lect 1 – Powers of 10, Units, Dimensions, Uncertainties, Scaling Arguments 38:02
- 3 8.01x – Lect 2 – 1D Kinematics – Speed, Velocity, Acceleration 50:42
- 4 8.01x – Lect 3 – Vectors – Dot Products – Cross Products – 3D Kinematics 49:33
- 5 8.01x – Lect 4 – 3D Kinematics, Free Falling Reference Frames 52:03
-
1:29:11
10
- 1 Classical Mechanics | Lecture 1 1:29:11
- 2 Classical Mechanics | Lecture 2 1:39:04
- 3 Classical Mechanics | Lecture 3 1:49:47
- 4 Classical Mechanics | Lecture 4 1:55:49
- 5 Classical Mechanics | Lecture 5 2:02:13
-
2:15
200
- 1 8.01SC Classical Mechanics Introduction 2:15
- 2 0.1 Vectors vs. Scalars 1:07
- 3 0.2 Vector Operators 2:14
- 4 0.3 Coordinate Systems and Unit Vectors 1:04
- 5 0.4 Vectors – Magnitude and Direction 0:40
-
50:39
53
- 1 (LEC-01) Introduction to Lagrangian Mechanics | Constraint | Holonomic and non holonomic constraint 50:39
- 2 (LEC-02) Problem Introduced by Constraint and their removal 29:46
- 3 (LEC-03) Generalized coordinates || What are Generalized coordinate || #msc #bsc 36:40
- 4 (LEC-04) Degree of Freedom || Classical Mechanics || #msc #bsc 37:51
- 5 (LEC-05) Principle of virtual work || Virtual Displacement || #msc #bsc 32:27
-
44:54
51
- 1 01: Introduction and Fundamental principles 44:54
- 2 02: Fundamentals part2, Generalized coordinates 45:49
- 3 03: D´Alembert´s principle and Lagranges eq 44:28
- 4 04: D´Alembert´s principle part 2 45:01
- 5 05: Hamilton´s principles – Part 1 43:25
-
1:53
33
- 1 Kinematics, Dynamics and Statics | Introduction to Classical Mechanics 1:53
- 2 Generalized Coordinates & Equations of Motion | Classical Mechanics 2:46
- 3 Newton’s Laws of Motion – Short Review 1:22
- 4 How to Calculate a Rotation Matrix | Classical Mechanics 2:07
- 5 Why is the Rotation Matrix Orthogonal? | Classical Mechanics 2:52
-
2:49:48
17
- 1 Classical Mechanics – Taylor Chapter 1 – Newton’s Laws of Motion 2:49:48
- 2 Classical Mechanics – Taylor Chapter 2 – Projectiles and Charged Particles 2:10:46
- 3 Classical Mechanics – Taylor Chapter 3 – Momentum and Angular Momentum 1:40:49
- 4 Classical Mechanics – Taylor Chapter 4 – Energy 2:35:00
- 5 Classical Mechanics – Taylor Chapter 5 – Oscillations 1:45:17