12 - Oscillations - Damped oscillations

[@Mahmoud-Elshazly]

Great video Thanks 😊

[@KSUBSCRIBERINYEARCHALLENGE]

tnx it was great

[@omarelsehly]

It is b^2/4m^2 under the root for omega(w)

[@CogverseAcademy]

Correct, thanks for catching that. Otherwise the units don't match up with omega

[@varghesejoshypellissery7449]

Why do we use e-bt/2m???

[@temogomabaila6483]

To take the whole equation to zero

[@adityanair7342]

Actually that term comes from solving the second order differential equation that he formed on applying newton's second law to the oscillators motion. If we know how to solve second order differential equations, we'd probably be able to arrive at the same kind of equation for the displacement of the mass. I personally do not know second order differential equations, but hope to learn them in college and derive this solution myself.

[@madmister]

plz bring a dark skinned professor too it will be fun learning from him/her I m not a racist I personally love dark skin n Dark skinned ppl...