Physique générale : mécanique (anglais)
PHYS-101(en)
Lecture recordings 2023
Fall 2023 - PHYS-101(en) General Physics: Mechanics
19.09.2023, 12:26
Taught by Dr. Justin Ball
Lecture 01b (2023), Motion in one dimension
19.09.2023, 12:37
Lecture 01e, Review of significant figures
22.09.2022, 13:10
Lecture 02a (2023), Motion in two and three dimensions
26.09.2023, 12:44
Lecture 02b (2023), Motion in two and three dimensions
26.09.2023, 12:45
Lecture 03a (2023), Newton's laws of motion
03.10.2023, 14:38
Lecture 03b (2023), Newton's laws of motion
03.10.2023, 14:35
Lecture 04a (2023), Circular motion
09.10.2023, 22:36
Lecture 04b (2023), Circular motion
10.10.2023, 11:32
Lecture 05a (2023), Non-inertial reference frames, continuous systems, and constraints
16.10.2023, 22:15
Lecture 05b (2023), Non-inertial reference frames, continuous systems, and constraints
17.10.2023, 11:46
Lecture 06a (2023), Drag, momentum, and center of mass
23.10.2023, 21:08
Lecture 06b (2023), Drag, momentum, and center of mass
24.10.2023, 11:30
Lecture 07a (2023), Continuous mass transfer
30.10.2023, 20:15
Lecture 08a (2023), Kinetic energy and work
06.11.2023, 20:18
Lecture 08b (2023), Kinetic energy and work
07.11.2023, 11:42
Lecture 09a (2023), Potential energy and conservation of energy
13.11.2023, 20:56
Lecture 09b (2023), Potential energy and conservation of energy
14.11.2023, 12:13
Lecture 10a (2023), Collisions
20.11.2023, 21:21
Lecture 10b (2023), Collisions
21.11.2023, 12:30
Lecture 11a (2023), Rigid body rotation and static equilibrium
27.11.2023, 20:15
Lecture 11b (2023), Rigid body rotation and static equilibrium
28.11.2023, 13:38
Lecture 12a (2023), Angular Momentum
04.12.2023, 23:05
Lecture 13a (2023), Gyroscopes and harmonic motion
11.12.2023, 22:08
Lecture 13b (2023), Gyroscopes and harmonic motion
12.12.2023, 16:38
Lecture 14a (2023), Rolling and review
18.12.2023, 20:27
Lecture 14b (2023), Angular momentum and rolling
19.12.2023, 11:52
Fall 2023 - PHYS-101(en) General Physics: Mechanics
19.09.2023, 12:26
Taught by Dr. Justin Ball
Lecture 01b (2023), Motion in one dimension
19.09.2023, 12:37
Lecture 01e, Review of significant figures
22.09.2022, 13:10
Lecture 02a (2023), Motion in two and three dimensions
26.09.2023, 12:44
Lecture 02b (2023), Motion in two and three dimensions
26.09.2023, 12:45
Lecture 03a (2023), Newton's laws of motion
03.10.2023, 14:38
Lecture 03b (2023), Newton's laws of motion
03.10.2023, 14:35
Lecture 04a (2023), Circular motion
09.10.2023, 22:36
Lecture 04b (2023), Circular motion
10.10.2023, 11:32
Lecture 05a (2023), Non-inertial reference frames, continuous systems, and constraints
16.10.2023, 22:15
Lecture 05b (2023), Non-inertial reference frames, continuous systems, and constraints
17.10.2023, 11:46
Lecture 06a (2023), Drag, momentum, and center of mass
23.10.2023, 21:08
Lecture 06b (2023), Drag, momentum, and center of mass
24.10.2023, 11:30
Lecture 07a (2023), Continuous mass transfer
30.10.2023, 20:15
Lecture 08a (2023), Kinetic energy and work
06.11.2023, 20:18
Lecture 08b (2023), Kinetic energy and work
07.11.2023, 11:42
Lecture 09a (2023), Potential energy and conservation of energy
13.11.2023, 20:56
Lecture 09b (2023), Potential energy and conservation of energy
14.11.2023, 12:13
Lecture 10a (2023), Collisions
20.11.2023, 21:21
Lecture 10b (2023), Collisions
21.11.2023, 12:30
Lecture 11a (2023), Rigid body rotation and static equilibrium
27.11.2023, 20:15
Lecture 11b (2023), Rigid body rotation and static equilibrium
28.11.2023, 13:38
Lecture 12a (2023), Angular Momentum
04.12.2023, 23:05
Lecture 13a (2023), Gyroscopes and harmonic motion
11.12.2023, 22:08
Lecture 13b (2023), Gyroscopes and harmonic motion
12.12.2023, 16:38
Lecture 14a (2023), Rolling and review
18.12.2023, 20:27
Lecture 14b (2023), Angular momentum and rolling
19.12.2023, 11:52