Classical Mechanics | Lecture 3
Loading...
Loading...
1:55:49
Classical Mechanics | Lecture 4by StanfordUniversity4,089 views- 2:02:13
Classical Mechanics | Lecture 5by StanfordUniversity1,752 views
- 1:39:04
Classical Mechanics | Lecture 2by StanfordUniversity4,340 views
- 1:48:02
Classical Mechanics | Lecture 6by StanfordUniversity1,561 views
- 14:01
Richard Feynman Lecture 4 Part 1/7: Problems in QED and The Standard Model of Particle Physicsby MuonRay22,855 views
- 1:46:55
Lecture 1 | String Theory and M-Theoryby StanfordUniversity91,191 views
- 1:29:11
Classical Mechanics | Lecture 1by StanfordUniversity13,646 views
- 1:38:07
Classical Mechanics | Lecture 8by StanfordUniversity1,491 views
- 5:50
One of the best inspirational videos ever - Susan Boyle - Britains Got Talent 2009by akhilkhatri060819,179,125 views
- 1:17:24
Leonard Susskind - Black Holes, White Holes and Yuval Neemanby TAUVOD2,216 views
- 8:14
Lagrangian Mechanics - Lagrangian Equationsby burny110,698 views
- 1:15:40
22. Quantum mechanics IV: Measurement theory, states of definite energyby YaleCourses6,217 views
- 10:00
Fluid Mechanics (Eulerian and Lagrangian Description part 1)by VerraStrngNUCF24,586 views
- 1:37
Analytical Mechanics, Lesson 2: D' Alembert's Principal and Lagrange's Equations of Motionby MichaelKovarik11,932 views
- 47:50
Lecture 1 | Modern Physics: Classical Mechanics (Stanford)by StanfordUniversity263,541 views
- 1:56:07
Lecture 9 | Quantum Entanglements, Part 3 (Stanford)by StanfordUniversity8,542 views
- 1:05:44
Lecture - 3 Classical Physicsby nptelhrd20,173 views
- 52:52
Lecture - 3 Derivation of the Lagrangian Equationby nptelhrd14,184 views
- 2:00:22
Lecture 7 | Modern Physics: Classical Mechanics (Stanford)by StanfordUniversity23,796 views
- 1:55:50
Lecture 3 | Modern Physics: Statistical Mechanicsby StanfordUniversity27,170 views
it's just the chain rule seeing as v is a function of x: dL(x,v)/dx= dL/dx+ (dL/dv)*(dv/dx)
The d's above should be partials though, and just wrote it with x and v to make it clearer (hopefully!)
remuscariasonant 1 month ago
I don't understand how he gets the derivative of the second expression at 44:18..
allureee 1 month ago in playlist Course | Classical Mechanics (Fall 2011)
We're finished with that i!!!
o0paradigm0o 2 months ago
woop, more susskind lectures!
HelloIAmDaniel 2 months ago