Heat capacity at constant volume and pressure | Physical Processes | MCAT | Khan Academy

Created by David SantoPietro.
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[@J0shReed]

I was "taught" this 5 times by now, only only just now do I understand where W = PΔV comes from. Thanks!

[@averageredditor9114]

omggg this lecture was so easy to understand,
p.s if you are a student from Pakistan please do watch this video this is a 1000 times better than the books and the conventional techer lecture on this topic.

[@dorothyyam5663]

wow, this is the best explanation I've come across... Amazing!!

[@karolinagadek7679]

It's incredible how good you are at explaining. I'm covering this topic rn during bsc and I couldn't understand a thing until I saw this video.

[@bparanteza9875]

big thanks

[@williamnelson4968]

Best explanation I have ever seen. You have a "friction free" way of sharing your thermodynamic insights! Many thanks.

[@mcterb7142]

Does this mean it is ideal?

[@ChiChi-ul9be]

Was the point of this video to see where the equations are derived from? I'm a little confused about how we would use this and apply it on the mcat exam

[@jonathantannous9270]

thks soo much I'm glad I came across this clarifying video

[@jayamohod3579]

High level explanation

[@spanionneo]

Amazing. Drove the ball home for me. Thank you!

[@mohammedasaad3876]

your explanation is better than my professor's....

[@potcharawongyai11]

this is the best video about cp and cv thanks!

[@clowie299]

its a good video, khan always have good vids.......

[@zeustheboerboel3794]

Thanks sir! You made it way way easier.

[@EleviaBruce]

Excellent video. Just what I needed!

[@bobnob4393]

thank you good sir, great video and had everything i needed in it

[@pralaypati3700]

Fabulous teaching thanks Sir

[@sahilpandey858]

lovely, very helping...

[@Adrian-gc1ld]

You Sir deserve more likes!!

[@asem3040]

thx

[@taradhipa009]

Well explained, really nice!!!! Keep it up

[@sameerchoudhary4746]

Awesome

[@romelamaleksetian4861]

Nice work ❤️❤️❤️❤️❤️❤️

[@hafsaasgharch3894]

Why Pressure is kept cOnstant while studying heat capacity at cOnstant vOlume?

[@ottott5854]

superb

[@badiruayebare916]

i want to help me with this calculation, "calculate the two principle molar heat capacities of oxygen if their ratio is 1.4, density of oxygen at stp is 1.43kg/m^-3, 1atm=1.01*10^5 Pa and molar mass of oxygen is 32.0*10^-3kg/mol?"

[@kaibutsusennin]

What if it's in constant volume, but you have like some sort of Turbine inside the closed system that's putting work

[@shujaathussain7852]

Thank you KHAN, but there is no sound,its better to have.

[@ivanniaalcayaga7577]

Bunyi video tidak bagus