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585B |
0 |
330.05KB |
001 Classical vs Quantum.en.srt |
7.83KB |
001 Classical vs Quantum.mp4 |
144.69MB |
001 Distribution of the Average Energy, Planck's idea.en.srt |
3.42KB |
001 Distribution of the Average Energy, Planck's idea.mp4 |
66.61MB |
001 Introduction.en.srt |
2.83KB |
001 Introduction.mp4 |
54.66MB |
001 Irrelevance of Shape of the Cavity.en.srt |
5.86KB |
001 Irrelevance of Shape of the Cavity.mp4 |
114.44MB |
001 Maximizing the Number of Arrangements.en.srt |
7.74KB |
001 Maximizing the Number of Arrangements.mp4 |
142.06MB |
002 Energy per Volume per Wavelength and Energy per Volume.en.srt |
9.26KB |
002 Energy per Volume per Wavelength and Energy per Volume.mp4 |
166.02MB |
002 Expression for the Energy per Mode.en.srt |
9.79KB |
002 Expression for the Energy per Mode.mp4 |
179.29MB |
002 Introduction to the blackbody problem.en.srt |
5.71KB |
002 Introduction to the blackbody problem.mp4 |
113.76MB |
002 Systems of Particles, Binomial Coefficient.en.srt |
10.24KB |
002 Systems of Particles, Binomial Coefficient.mp4 |
159.75MB |
002 Wave equation for Electromagnetic Waves.en.srt |
2.96KB |
002 Wave equation for Electromagnetic Waves.mp4 |
55.12MB |
003 Definition of blackbody.en.srt |
3.84KB |
003 Definition of blackbody.mp4 |
77.58MB |
003 Number of Arrangements of the Particles into the Energy Levels.en.srt |
4.57KB |
003 Number of Arrangements of the Particles into the Energy Levels.mp4 |
83.33MB |
003 Planck's Integral.en.srt |
7.55KB |
003 Planck's Integral.mp4 |
142.37MB |
003 Planck's Mathematical Trick.en.srt |
3.88KB |
003 Planck's Mathematical Trick.mp4 |
81.44MB |
003 Solution to the Wave Equation.en.srt |
4.36KB |
003 Solution to the Wave Equation.mp4 |
90.32MB |
004 Brief Summary of Fourier Analysis.en.srt |
3.97KB |
004 Brief Summary of Fourier Analysis.mp4 |
76.75MB |
004 Calculation of the Average Energy per Mode part 1.en.srt |
7.97KB |
004 Calculation of the Average Energy per Mode part 1.mp4 |
151.99MB |
004 Satisfaction of Boundary Conditions.en.srt |
7.77KB |
004 Satisfaction of Boundary Conditions.mp4 |
128.21MB |
004 Sterling's Approximation.en.srt |
8.05KB |
004 Sterling's Approximation.mp4 |
146.11MB |
005 Calculation of the Average Energy per Mode part 2.en.srt |
7.57KB |
005 Calculation of the Average Energy per Mode part 2.mp4 |
159.46MB |
005 Number of Modes per Frequency.en.srt |
6.62KB |
005 Number of Modes per Frequency.mp4 |
127.03MB |
005 Parseval's Theorem.en.srt |
4.81KB |
005 Parseval's Theorem.mp4 |
90.23MB |
005 Preparing to maximize the Number of Arrangements.en.srt |
6.82KB |
005 Preparing to maximize the Number of Arrangements.mp4 |
127.95MB |
006 Average Energy per Mode.en.srt |
6.41KB |
006 Average Energy per Mode.mp4 |
104.32MB |
006 Ultraviolet Catastrophe and Energy per Unit Surface.en.srt |
4.51KB |
006 Ultraviolet Catastrophe and Energy per Unit Surface.mp4 |
83.84MB |
007 Calculation of the Series 1_n^4.en.srt |
11.11KB |
007 Calculation of the Series 1_n^4.mp4 |
199.50MB |
008 Putting Results Together.en.srt |
2.46KB |
008 Putting Results Together.mp4 |
43.93MB |
009 Deriving the Stefan-Boltzmann Law part1.en.srt |
12.17KB |
009 Deriving the Stefan-Boltzmann Law part1.mp4 |
230.49MB |
010 Deriving the Stefan-Boltzmann Law part2.en.srt |
6.58KB |
010 Deriving the Stefan-Boltzmann Law part2.mp4 |
126.93MB |
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TutsNode.com.txt |
63B |