Calculus 3: Partial Derivative (16 of 30) Application of Partial Derivatives: The Wave Equation

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In this video I will use the 1st and 2nd partial derivative with-respect-to x and t to find the wave equations.

  1. Michel van Biezen
  2. ilectureonline
  3. ilectureonline.com
  4. Mike
  5. Mike van Biezen
  6. van Biezen
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Комментарии
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Thank you, professor! If calculus was taught by physicists, we'd more students passing calculus.

dhickey
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Sir, even after 6 years this is saving people. Cheers from Brazil!

luizcosta
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Great stuff! I'm watching this series along with your series on PDEs ! 😊

curtpiazza
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Thank you from India Sir! This helped alot.

oblivion
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Perfect Sir, Thank you so much for such an excellent explanation.

abdulhameedafridi
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A perfect derivation of the wave equation. ;-) 👏🏻

I think it's my luck to find your videos. I learned a lot of from you for these few months and will continue to do so. Your explanations are top notch regardless of how much complex those topics are. 👌🏻

cooldown
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awsmm video sir. keep doing. love from india.Great job sir. I am finding this ques. and I find it only on your channel . once again thanku sir.

aniketsharma
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You are so smart... I learn so much from you

dpmike
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So if you solve for velocity is that specifically the speed of oscillation of a particle on the wave as opposed to the wave speed? So it ends up as Sqrt[(dy/dt)/(dx/dt) ??

revolutionaryfrog
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Rhat graph should be x and t not y and x

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