10:07
change in entropy
13:30
Entropy and carnot cycle
09:53
decimal to binary conversion, Number systems
05:34
michelson's interferometer construction and working
15:23
Number systems , Binary numbers and binary to decimal conversion
05:36
cyclotron , equations
08:34
cyclotron , construction and working
08:12
Determination of wavelength of monochromatic light by Newton's Rings
10:57
linear accelerator working
10:17
Newton's Rings in case of transmitted light waves
10:57
linear accelerator ,working
05:05
linear accelerator construction
17:22
CARNOT'S THEOREM
15:44
theory of Newton's Rings, diameter of bright and dark rings
05:54
Newton's Rings
09:43
scintillation detector, working
09:56
Scintillation detector , principle and construction
21:45
wedge shaped thin film
17:10
Diesel engine, expression for efficiency of Diesel engine
12:31
Diesel engine , working and pv diagram representation
11:43
Colours in thin film
16:33
Otto engine, Expression for efficiency of Otto engine
18:10
working of gm Counter
07:05
GM Counter , construction
13:57
working of Otto engine
15:21
Syllabus of Thermodynamics, basics to study heat engine's.
18:08
Nuclear reaction and it's types
09:27
Condition for maxima and minima in case of transmitted light
17:52
Fermi Dirac statistics part 2
18:38
Bose Einstein statistics part 2
18:11
Maxwell Boltzmann statistics part 2
07:05
Q value
08:29
comparison of MB,BE,FD statistics
16:51
Interference due to reflected light in thin film (condition for max & min) part 2
09:48
Interference due to reflected light in thin film (condition for max & min)
07:16
Thin Film
08:46
Meson theory of Nuclear forces
15:43
stokes treatment of refraction and transmission at an interface
11:33
Nuclear Forces and it's properties
17:42
Bose Einstein statistics part 2
15:07
Bose - Einstein Statistics part 1
12:21
Determination of wavelength of light using Fresnel biprism part 2
09:18
Determination of wavelength of light using Fresnel biprism part 1
15:10
shell model and magic numbers part 2
10:15
Shell model and magic numbers part 1
07:04
Nuclear Fission on the basis of liquid drop model
15:56
Fermi Dirac statistics part 2
12:40
Fermi Dirac statistics part 1
13:57
Determination of thikness of thin mica using biprism
21:17
Semi empirical mass formula part 2
09:36
Experimental arrangement of Fresnel biprism
16:27
Semi-Empirical mass formula part 1
12:49
condition for sustained interference and Fresnel biprism
13:08
liquid drop model
16:45
Maxwell Boltzmann statistics part 2
22:06
Maxwell Boltzmann statistics part 1
12:21
Fermi theory of Beta ray spectrum Part 2
11:31
Fermi theory of Beta ray spectrum part 1
08:12
Distribution of Particles in Maxwell Boltzmann,Bose Einstein ,FermiDirac statistics
20:38
Maxwell Boltzmann ,Bose Einstein,Fermi Dirac statistics
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