The Damped Driven Harmonic Oscillator

[@thomaszack3573]

thank you for taking the time to "connect all the dots" - really enlightening seeing the connections between the different representations;

[@DotPhysics]

Glad you enjoyed it

[@TheMorningbirdFoundation]

This is a great lecture. Thank you for putting so much time and effort into this.

[@DotPhysics]

You're very welcome!

[@kanyarwandacyprien]

Good lecture. I like it.

[@joelcurtis562]

Great video. Thorough and clear introduction/review of harmonic oscillator model.

[@DotPhysics]

Glad it was helpful!

[@ardabulut8596]

It was a great video and I understood whole thing very clearly. Thank you so much

[@DotPhysics]

excellent. It's a tough problem - that's for sure.

[@adamszava4582]

I really enjoyed this video! Thanks for going through all the details

[@DotPhysics]

Glad you enjoyed it. It’s a tough problem - that’s for sure

[@jasonly6491]

at 6:58, think you forgot to put negative in front of Beta for the roots r1 and r2. Was wondering why you got e ^-Bt after

[@iplaymusicsometimes]

Yes, I saw this as well

[@vijaykrishnamoorthi818]

Thank you so much!

[@user-dj3ek7ni3d]

Thank you. Very very very thank you 😂😂😂😂😂😂

[@neuronerd5211]

You said that you watched this video while in the video....mind goes from oscillations to time travel...I have to watch the video again...*said while still watching the video...

[@DotPhysics]

OK, I meant to say that I was watching the monitor on the side that shows the video. But time travel would be cool too.

[@gnikola2013]

The criticaly damped solution is wrong. Should be exp(-bt)(c_1+c_2*t).

[@godphysics2473]

A minor error in the equation, the mass shouldn’t have to be on the right side of it.