Isochoric/Isovolumetric (Constant Volume) Process on P-V Diagram

A piston (containing an ideal gas) undergoing an isochoric/isovolumetric process is represented on the P-V diagram.
#Thermodynamics
#Isovolumetric
#KonstantinLakic

[@jujutsu_kaisen_]

Amazingly explained teacher !👍

[@Ayiless]

Well explained

[@joremlingaroespinas1113]

Amazing teaching

[@melika1548]

it helped me a lot, THANKS

[@borisjohnson6809]

Bruh. You saved my ass on final exam.

[@hidayakhalid3277]

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[@rahulgaming5962]

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[@mysecondclass4405]

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[@ummiumairahzakaria1063]

Love the video a lot, way better than my lecturer lol XD

[@Elucyda]

Glad it helped!

[@lindokuhlengwenya6157]

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[@Elucyda]

Best of luck!

[@iqmalhafizi4346]

What if the initial volume of water(compressed liquid) fill half of the system but after heated, it becomes saturation mixture and the volume of water increases but the volume of system is unchanged yet. Is there any work done?

[@malikburhan1495]

Nice handwriting! 👍

[@musarapio_hha]

this can be aplied for the otto cycle?. also how many moles are when the piston is at TDC?,

[@s.ashwinragavan7521]

hi nicely taught , thankyou

[@Elucyda]

Glad it was helpful!

[@faryalhuma9522]

What about isovolumetric compression....where it occur ?

[@Elucyda]

The volume is fixed in an isovolumetric process, so the piston is unable to move down and compress the gas.