Comment removed
Niflrog 3 weeks ago
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
Comment removed
Niflrog 3 weeks ago
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