Differential Equations - 41 - Mechanical Vibrations (Modelling)

Deriving the 2nd order differential equation for vibrations

[romansimkins]

Was looking forward to the rest of this series, but it appears I have reached the end. Your videos have served me very well, thank you.

[jakesmith]

Man, I wish the example videos for mechanical vibrations were up. Test tomorrow and I binged about 20 of these videos today. Thanks for the content!

[nahyanahmed]

Damn I really needed the other parts of this series. Was loving it so far!!

[valentinawaters]

This is a great example, thank you! Where can I find the next video that continues this problem?

[zhoudai]

You have talent in explaining things, thanks a lot!!!!

[TheLazyEngineer]

I am back! Had a busy last few months.

[Sajjad_Ald]

I Absolutely love your DE course, thank you so much

[bilalAhmed-vxut]

are going to be uploading more this content anytime soon?

[mehdibelhous]

I have a question : Why is it better to use Lagrangian formalism instead of newton's law in deriving the differential equation of motion in harmonic motion ??

[ngm_]

Hey man, thank you for making these videos. I will be attempting to watch them from the beginning. You have executed them very well. Though it would seem that you have not released anything for a while. will you still be coming back?

[JonathanGarcia-nzct]

Would you happen to have a video on the Cauchy-Euler Equation or is it the same as the Euler equation you have mentioned in previous videos? My textbook is kind of throwing me off.

[pbov]

I was wondering if you could help with Finding eigen vectors in differential equations.

[aminulislamishmam]

my differential equation final is tmr. thank you

[mollypete]

I watched the whole thing just to see how you solved it and then you didn't solve it boi!

[nurmuhammad]

ur graph F vs x is wrong isnt it? should be the graph other direction

[mechnogaming]

Sir can u give me... Full notes pdf of MV...