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0:06:48

Two Quick Tips for Better Presentations by Professor Alan Chong

0:16:06

ePUMP: How To Leap - Chapter One

0:01:21

ETO Snippet: Two-Person Interview for the Environment, Social, and Governance (ESG) Course

0:50:10

ECE221 Lecture 2: Coulomb's law, electric field

0:51:51

ECE221 Lecture 5: Fields of a charged plate, Gauss law

0:50:15

ECE221 Lecture 8: : Electric potential difference

0:51:33

ECE221 Lecture 4: Electric field of discrete and continuous charge distributions: examples

0:50:42

ECE221 Lecture 3: Electric field of discrete and continuous charge distributions

0:51:56

ECE221 Lecture 9: Poisson/Laplace equation

0:36:27

ECE221 Lecture 7: Gauss law examples

0:50:15

ECE221 Lecture 6: Gauss law in differential form

0:52:16

ECE221 Lecture 11: Electric current density, resistance, Ohm’s and Joule's law

0:53:41

ECE221 Lecture 16: Review of electrostatics - I

0:52:34

ECE221 Lecture 15: Demonstration of dielectric breakdown electric energy,

0:50:06

ECE221 Lecture 12: Perfect conductors, dielectrics, polarization, dielectric permittivity

0:52:37

ECE221 Lecture 14: Boundary conditions, capacitance

0:51:17

ECE221 Lecture 13: Dielectrics, Gauss law and Poisson equation for dielectrics, example

0:51:54

ECE221 Lecture 10: Potential from continuous/discrete charge distributions, electric dipole

0:52:04

ECE221 Lecture 17: Review of electrostatics - II

0:50:52

ECE221 Lecture 18: Review of electrostatics – III

0:51:48

ECE221 Lecture 19: Ampere force law, Biot-Savart law, Gauss law for magnetostatics

0:51:09

ECE221 Lecture 21: Biot-Savart law examples

0:49:58

ECE221 Lecture 22: Magnetic field of a magnetic dipole, Ampere's law

0:51:23

ECE221 Lecture 20: Magnetic force and torque, magnetic dipole