Lagrangian Mechanics: Using Lagrange Multipliers to Find Forces of Constraint
Dot Physics
10,623 views
This is part of my classical mechanics series. You can find all my videos in the series in the following playlist.
Classical Mechanics 1 F24
In this video, I use the case of a Half Atwood Machine and Lagrange Multipliers to find the tension in the string.
10 Comments
@RennyHarlin-c4r 1 year ago
A physics enthusiast here, just want to let you know, your videos are the best videos for physics on youtube and they're awesome short and clean
@ajejebrazor4936 1 year ago
Thank you! Always good stuff in here. I feel the constraint to follow you on this path
@Urgleflogue 1 year ago
With each video I feel more and more compelled to start covering this python stuff using G3n 3D Golang library :) Good stuff, professor!
@RadoslavFicko 1 year ago
A very illustrative.simple way to harness the kinetic energy of a stopping train, landing plane.... etc. into gravitational potential energy and then use it for kinetic energy the next time you start up, or some other kind of energy.
@samniibo 1 year ago
Great video, thanks!! So nice, my lecturer is a italian physist teaching in english, but with the accent and the temp she goes through all the material, its very difficult to follow.. But I found you, so thank you so much!!
@rer9287 1 year ago
it seems like a great video, but it is difficult for me to know how they are all organized.
Lagrangian Mechanics: Using Lagrange Multipliers to Find Forces of Constraint
Dot Physics
10,623 views
This is part of my classical mechanics series. You can find all my videos in the series in the following playlist.
Classical Mechanics 1 F24
In this video, I use the case of a Half Atwood Machine and Lagrange Multipliers to find the tension in the string.