PSC1121

PHY2053 Lecture 3 part 2, Jan. 16 (iClickers)

11:22

PHY2053 Lecture 3 start Jan. 16 (aisle measurement and SARC)

4:05

PHY2053 Lecture 2, Jan. 14 (Syllabus etc.)

31:26

$AST Lecture 2, Jan. 14 (Diffraction of starlight, syllabus)$

43:08

PSC Lecture 2, Jan.14 (Syllabus etc.)

31:09

PHY2053 Lecture 1, Jan. 12 [Skateboarder interaction; syllabus.]

34:01

PSC Lecture 1, Jan. 12 [syllabus etc.]

37:08

AST Lecture 1 (abbreviated)

12:25

PHY2054 Semester wrap, Lecture 28, Nov. 25 (Mendeleev's orchestra, one constant to rule them all)

38:00

PHY2054 Lecture 26, Nov. 18 (Radiation and Planck's constant)

1:08:12

PSC Lecture 26, Nov. 17 (Oscillation and waves; electromagnetic waves)

1:19:34

PHY2054 Lecture 25, Nov. 13 (Inductors, LC circuit, oscillation)

1:01:06

PSC Lecture 25, Nov. 12 (Checking homework calculations; prep for Midterm 3)

1:01:39

PSC Lecture 24, Nov. 10 (e pluribus unum, heat transport, thermal equilibrium calculation)

1:13:15

PHY2054 Lecture 24, Nov. 6 (What Faraday saw; Lenz' Law; flux laws in three dimensions)

1:07:34

PSC Lecture 23, Nov. 5 (Concepts of thermal physics, "heat-melt-heat")

1:14:50

PHY2054 Lecture 23, Nov. 4 (Lorentz force, velocity selector, Calutron)

1:07:26

PSC Lecture 22, Nov. 3 (Phase diagram, thermal physics overview)

48:28

PHY2054 Lecture 22, Oct. 30 (Relativistic observation of a linear charge array, current loop)

1:06:07

PSC Lecture 21, Oct. 29 (Moment of inertia, structure and calculation)

1:14:14

PHY2054 Lecture 21, Oct. 28 (Demonstrations, chirality of magnetic field, quadrupole field)

29:38

PSC Lecture 20, Oct. 27 (Exam and grade comments; moment of inertia)

30:13

PHY2054 Lecture 20, Oct. 23 (Word cloud of doom; models of electromagnetic radiation)

54:34

PHY2054 Lecture 19, Oct. 21 (Midterm 2 exam review)

29:47

PSC Lecture 18, Oct. 20 (Angular momentum and torque; angular velocity ω)

50:35