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source: BilkentUniversitesi 2016年2月1日
http://www.fen.bilkent.edu.tr/~oktel/
General Physics II - PHYS 102: Charge and matter; electric field and Gauss' law; DC circuits; magnetic field; Ampere's law; Faraday's law; inductance; magnetic properties of matter; Maxwell's equations.
Lecture 01 Electric Charge 38:41
Lecture 02 Electric Field 42:16
Lecture 03 Continuous Charge Distribution 43:48
Lecture 04 Electric Field by Integration 42:18
Lecture 05 Electric Flux 34:06
Lecture 06 Gauss' Law 43:13
Lecture 07 Applications of Gauss' Law 40:43
Lecture 08 Conductors 46:44
Lecture 09 Electric Potential Energy 37:15
Lecture 10 Electric Potential Energy 40:52
Lecture 11 Potential Examples 35:43
Lecture 12 Dipole Potential 35:26
Lecture 13 Capacitors 48:39
Lecture 14 Energy Storage 46:37
Lecture 15 Dielectrics 34:42
Lecture 16 Exam Review 38:53
Lecture 17 Current and Resistance 40:23
Lecture 18 Kirchoff's Laws 43:31
Lecture 19 RC Circuits 38:37
Lecture 20 Magnetic Field 38:28
Lecture 21 Magnetic Forces 45:45
Lecture 22 Torque on a Current Loop 40:05
Lecture 23 Sources of Magnetic Field 37:44
Lecture 24 Ampere's Law 31:24
Lecture 25 Force between Current Carrying Wires 45:11
Lecture 26 Solenoid, Toroid 47:02
Lecture 27 Magnetic Field Examples 28:00
Lecture 28 Biot-Savart Law Examples 35:16
Lecture 29 Exam Review 42:52
Lecture 30 Magnetic Induction 35:55
Lecture 31 Faraday's Law 37:47
Lecture 32 Inductance 50:12
Lecture 33 Inductor 41:35
Lecture 34 LC and RLC circuits 42:27
Lecture 35 AC circuit 38:03
Lecture 36 RLC circuit 48:02
Lecture 37 Displacement Current 38:38
Lecture 38 Maxwell's Equations 51:06
Lecture 39 Poynting Vector 41:48
Lecture 40 Final Review 42:17
