Physics CH 16.1 Simple Harmonic Motion with Damping (10 of 20) General Solution + Graph

[@FrankieDoingIt]

thanks dad

[@airtel1730]

LOVE U sir ....... i become ur fan by ur teaching sense ..... sir , a humble request please upload vedio on " ENTHALPY " AND " ENTROPY " .......

[@MichelvanBiezen]

Here are some videos on entropy. (I'll have to do some on enthalpy). PHYSICS 30 ENTROPY th-cam.com/play/PLX2gX-ftPVXVhAmhi4e10J7PN6_1cvBYi.html

[@itsniea]

Thank you!

[@savvasphotiou4001]

i believe you should use the same amplitude for the three phase cases...thank you for your videos

[@joejohnson6209]

No, the amplitudes will be different. Check the explanation of the initial diagram. If the initial velocity = 0 it has reached its amplitude, but if the initial velocity is upward or downward, then the amplitude is bigger.

[@VinayMaru2]

He did say it was due to its ease of drawing

[@VinayMaru2]

@@joejohnson6209 I believe amplitude should remain the same

[@vallikakasibhatla7246]

Sir, will the 'phi' be zero when it experiences v0 = 0, that is, when it follows the green line-graph?

[@MichelvanBiezen]

Yes, phi would be zero if you have the green line situation and you use the cos function.

[@tamim3463]

the genral solution i was taught was x(t)=Asint(wt-phase delay) anyone explain why its cos?

[@MichelvanBiezen]

You can use either the sin or cos function. The one you choose depends on the initial conditions of the problem.