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source: UMKC 2009年8月28日
Physics 210 (UMKC) by Robert Riggs
Lecture 1 - Textbook introduction & Syllabus 43:47
2 - Measurement, Units, Unit Analysis, Sig-Figs and Problem Solving 1:11:24
Lecture 3 - Velocity, Speed, Displacement, Distance & Acceleration 54:25
Lecture 4 - Kinematic Equations & Free Fall 50:00
Lecture 5 - Free Fall, Vector Components, Vector Addition 1:04:11
Lecture 6 - Vectors & an Intro to Projectile Motion 1:06:34
Lecture 7 - Projectile Motion from a horizontal cliff 1:02:38
Lecture 8 - Introduction to Forces: Newtons Law I & Newtons Law II 1:03:11
Lecture 9 - Newton's Third Law 1:03:40
Lecture - 10 - Free Body Diagrams & Friction 1:03:49
Lecture 11 - How to solve force vector problems 48:05
Lecture 12 - Work, Energy, Conservation of Energy, Hooke's Law 1:08:03
Lecture 13 - Work Energy Theorem 1:00:10
Lecture 14 - Impulse, Conservation of Linear Momentum 57:13
Lecture 15 - Linear Momentum 1:03:23
Lecture 16 - Review 1:01:12
Lecture 17 1:00:22
Lecture 18 - Circular Motion 1:06:14
Lecture 19 - Rotational Dynamics 1:08:19
Lecture 20 - Rotational Energy 53:41
Lecture 21 - Angular Momentum, Stress & Strain 59:02
Lecture 22 - Ping-Pong Gun & Buoyant Force 55:01
Lecture 23 - Bernoulli Equation 47:49
Lecture 24 - Ideal Gas Law 51:02
25 - Heat, Specific Heat, Phase Change, Conduction, Convection, Radiation 58:40
Lecture 26 - Simple Harmonic Motion - Final Lecture 1:07:13
