This page contains complete lecture videos for PHYC 4C.
The html source for this outline can be downloaded by following the links below (you may need to rename the file to ".htm" to get it to work on your computer):
PHYC 4C Lectures (39:25:41)
Chapter 18: Temperature, Heat, and the First Law of Thermodynamics (4:20:16)
Temperature (31:03)
Heat (1:08:17)
First law of thermodynamics (1:02:40)
Heat transfer (1:27:23)
Chapter 19: The Kinetic Theory of Gases (2:48:22)
Avogadro's number and molar masses (14:04)
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Ideal gases (1:06:54)
Kinetic theory (1:27:24)
Equipartition theorem, Maxwell speed distribution, and the specific heat (per molecule) for a monatomic ideal gas (23:15)
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Derivation of the ideal gas law from the equipartition theorem. (13:18)
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Specific heats for diatomic ideal gasses and beyond (30:58)
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Chapter 20: Entropy and the Second Law of Thermodynamics (2:12:41)
Second law of thermodynamics (1:28:05)
The second law: reversible and irreversible processes (19:32)
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Efficiency and coefficients of performance of reversible and irreversible heat engines and heat pumps (27:20)
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Efficiency of the Carnot engine (derivation) (21:16)
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Entropy (44:36)
Chapter 16/17: Waves I/II (10:58:40)
Introduction (19:04)
Wave kinematics (56:55)
Waves in a string (1:46:30)
Sound waves (1:30:16)
Waves in three dimensions (1:25:43)
Standing waves (2:06:52)
Reflection from free and fixed boundaries (11:21)
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Frequency ratios and musical intervals (10:16)
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Standing waves: 2-D and 3-D rectangular (16:05)
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Standing waves: polar, cylindrical, and spherical (15:08)
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Interference (2:06:52)
Doppler effect (46:28)
Chapter 33: Electromagnetic Waves (4:55:03)
Electromagnetic waves (2:07:01)
Polarization (44:26)
Geometric optics (2:03:36)
Chapter 34: Images (4:49:13)
Mirrors (1:24:55)
Thin lenses (1:49:49)
Refracting surfaces (1:16:02)
Chapter 35/36: Interference/Diffraction (9:21:26)
Interference of EM waves (1:02:19)
Double slit interference (1:10:19)
Single slit interference (2:58:06)
Diffraction gratings (1:09:14)
Thin films (1:16:35)
Additional thoughts (1:29:11)