group velocity and stationary phase approximation
Published 7 years ago • 83K plays • Length 10:32
Download video MP4
Download video MP3
Similar videos
-
1:13:29
13. dispersive medium, phase velocity, group velocity
-
8:59
motion of a wave-packet
-
20:52
wavepackets
-
10:23
the frequency of a matter wave
-
18:42
stationary states: key equations
-
9:56
free schrödinger equation
-
14:33
the wave for a free particle
-
1:18:42
8.03 - lect 12 - dispersion, phase velocity, group velocity
-
1:17:55
lecture 3: the wave function
-
0:13
albert einstein doing physics | very rare video footage #shorts
-
1:23:56
lecture 14: resonance and the s-matrix
-
6:18
5.2 velocity addition
-
50:34
lec 18 | mit 5.60 thermodynamics & kinetics, spring 2008
-
5:55
wavepackets with energy below the barrier
-
1:13:30
10. traveling waves
-
7:57
interpretation of the wavefunction
-
14:53
de broglie wavelength in different frames
-
12:16
galilean transformation of ordinary waves
-
50:48
lec 32 | mit 5.60 thermodynamics & kinetics, spring 2008
-
1:25:38
12. classical statistical mechanics part 1
-
1:22:21
lecture 21: periodic lattices part 2
-
44:22
lecture 21: three-phase systems, part 1
-
22:37
compton scattering
-
0:32
hc verma on iitians 🔥 | #viral #iit #failure #motivation #shorts #neet #jee #upsc #iitjee #iitians
-
10:37
de broglie’s proposal
-
2:42
phase and group velocity - lesson 6
-
1:13
l08.1 lecture overview
-
51:27
lec 34 | mit 18.085 computational science and engineering i, fall 2008
-
50:58
3. two-slit experiment; quantum weirdness
-
1:22:00
lec 25 | mit 18.085 computational science and engineering i
-
1:20:03
20. classical size effects, perpendicular direction
-
0:16
standing waves by hc verma sir
-
18:33
lagrangian and hamiltonian mechanics in under 20 minutes: physics mini lesson
-
1:07:48
lec 4 | mit 18.085 computational science and engineering i
-
1:06:08
lec 11 | mit 18.085 computational science and engineering i
-
1:21:05
lecture 11: dispersion of the gaussian and the finite well
-
5:13
video 3: lift
-
1:14:05
lec 29 | mit 18.085 computational science and engineering i
-
1:07:28
lec 18 | mit 18.085 computational science and engineering i
-
18:11
three dimensional current and conservation
-
51:27
lec 26 | mit 5.60 thermodynamics & kinetics, spring 2008
-
42:13
34. temperature and kinetics
-
11:13
l17.3 properties of berry's phase
-
1:05:28
lec 6 | mit 18.085 computational science and engineering i
-
1:00:56
lec 10 | mit 18.085 computational science and engineering i
-
1:21:30
5. probability part 1
-
11:49
exploration of the amplitude and phase: second order ii applet
-
52:51
lecture 1: introduction to thermodynamics
-
5:58
mit 6.641, spring 2009 faculty introduction
-
50:12
lec 15b | mit 6.002 circuits and electronics, spring 2007
-
1:19:57
lec 5 | mit 3.320 atomistic computer modeling of materials
-
1:07:35
lec 7 | mit 18.085 computational science and engineering i
-
2:15
1.0 week 1 introduction (8.01 classical mechanics)
-
1:06:33
lec 15 | mit 18.085 computational science and engineering i
-
51:12
lecture 23: three-phase inverters
-
29:55
unit v: lec 4 | mit calculus revisited: single variable calculus
-
19:38
l8.2 asymptotic expansions of airy functions
-
34:40
6. standing waves part i
-
1:16:04
1. collective behavior, from particles to fields part 1
-
52:04
lec 32 | mit 18.085 computational science and engineering i, fall 2008
-
1:15:50
lec 27 | mit 18.085 computational science and engineering i
-
1:05:57
lec 8 | mit 18.085 computational science and engineering i
-
51:29
lec 25 | mit 5.60 thermodynamics & kinetics, spring 2008
-
49:32
lec 15 | mit 18.03 differential equations, spring 2006
-
50:14
lec 32 | mit 18.085 computational science and engineering i
-
1:15:39
lec 23 | mit 18.085 computational science and engineering i
-
1:20:48
9. some review and introduction to solar photovoltaics
-
48:00
lecture 15: technological progress and growth
-
1:05:17
lec 17 | mit 18.085 computational science and engineering i
-
1:18:41
9. specific heat and planck's law
-
15:57
ground state wavefunction
-
1:15:46
8. the dynamics of homogeneous expansion, part iv
-
52:11
lec 27 | mit 5.60 thermodynamics & kinetics, spring 2008
-
10:43
l06.2 variance
Clip.africa.com - Privacy-policy