Calculus 3: Partial Derivative (22 of 50) Application 2 (The Idea Gas Law)

In this video I will find the rate of change of the pressure with respect to volume of the ideal gas law PV=nRT.

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[riggidyrickt]

THANK YOU MICHEL!! You teach a lot better than my professor. I learned more in 3 minutes than I ever did in 1 hr and 30 mins of lecture at school.

[xvgx]

This professor always helps me out with Physics. I can't believe he is also helping me with Math AND Physical chemistry. Thank you so much!

[tomplayford]

Bro, you single handed help me solve a problem on my Oxford biochem problem sheet lol

[armandoberardo]

Thank you so much, from Nicaragua. Teachers here are not as the US professors.

[dineshkumawat]

Please sir tell Differentiation of lence formula when f( focus) is constant

[phoenixelectronics]

Thanks a lot sir... You always clear my doubt..❤

[guiromero]

Does the minus sign indicate it's inversely proportional?

[scottm]

If we are assuming T to be constant, why can it not be rolled into the constant k, along with n & R?

[azizalhouti]

Can we say that dp/dv not equal constant?

[windy]

I have a question. Let V=20. Compressed with constant rate of change 0.5/sec. P at the start = 1 atm. So the rate of change of the P when V = 10 is : -1/10 = -0.1 right ?

[Icanthandleme]

Will be having a removal tomorrow and this'll help a lot.

[silversharky]

Since P is a function of V only... shouldn't it be dP/dV?