Adiabatic Process with Ideal Gas - First Law of Thermodynamics Derivation (Integration, Natural Log)

The P-V relation for an ideal gas undergoing an adiabatic (quasistatic/reversible) process is derived from the First Law of Thermodynamics, the Ideal Gas Law and the adiabatic condition of Q=0. Integration, exponent laws and logarithm laws are used.
#Thermodynamics
#Adiabatic
#KonstantinLakic

[@Shweta_narkhede]

Brilliant.❤ it's helpful for my NEET exam thanks
Love from India ❤

[@resorcinolamide]

I'm supposed to be doing my macroeconomics homework right now but I'm procrastinating right now by watching this. Thanks for your explanation! I'm not good at the concept of derivation but I'm learning more everyday :D

[@yaascine]

tysm i was really confused about this for a long time , GENIUS

[@the-ds2jk]

Astounding explanation! Thank you for this incredibly useful video!

[@tzaidi2349]

Great work you talented young man!

[@nimoosman7716]

All these days was looking for one i wil understand better thank you ❤

[@kavitarani7128]

Thank you so much for such a great explanation

[@yuenngaihuang7964]

Excellent explanation, thx for sharing!!!

[@bexruznarzulloyev3920]

Great explanation! Could you give an explanation for polytropic process please?!

[@courtneyjongwe7610]

Thank you soo much this was very helpful

[@tumomogame8403]

can i ask do you teach Discrite and real analysis as well??? i might need your help you are quite good easy to understand because to touch all the points to drive the massg home....thanks man

[@Deb__opreeya_]

Lots of love from India.

[@kylianhaaland7054]

very very helpful!

[@sandeshsingh3345]

I am from India and I love the way you explain it. Thanks👍

[@Elucyda]

Most welcome!

[@user-ui2ol9dl1z]

But wo to English mein smjha rhay to samjh kesay ayi😢😢

[@saiswarup507]

​@@user-ui2ol9dl1z Bhai kon si village so ho yrr??? 😂😂😂

[@user-ui2ol9dl1z]

@@saiswarup507 ap Kon say city say ho 😁

[@user-ui2ol9dl1z]

@@saiswarup507 Thori se English hi sikha do 😊....Urdu say hat kr mujhy to Urdu ati h 😊

[@aasthagyawali8905]

Thank you very much for the explanation

[@Sprime-uv6mf]

Brilliant !

[@IceHockeyCreamer]

How can P=nRT/V and P=const/(V)^gamma at the same time?

[@MutesasiraRaymond-bc5ny]

Thanks for the explanation

[@user-qj3rv2mo1b]

Just like the first law of thermodynamics is
Q added = Work done by the gas in the cylinder + Change in internal Energy
The second law is The work heat added is work done by the gas + heat rejected to the surroundings?

[@olengsamuel6782]

The best ever

[@mdinventions1763]

It's veryyy helpful thank you very much bro thank you

[@user-ue4zt2lh1r]

Thank you so much sir.
I love you❤

[@escapingpeople951]

Isn't FlOT is..dQ=dU+dw??
Heat given to system=change in internal energy+work done
hey bro! Plese reply soon

[@deepvision8877]

Excellent and clear explanation, thank you.

[@Elucyda]

Glad it was helpful!

[@zenebechkalore3572]

this guy;-) very helpfull tnx

[@joshiifruit5554]

thank you sir

[@yusuffratibri8182]

so clear, thank you :))

[@Elucyda]

Glad it was helpful!

[@escapingpeople951]

I just watch whole vdo bcz you are actually good looking! 😄

[@Prabhatsinns]

Simp

[@SpaceAT2029]

Control sister😂

[@marlonanna7875]

Like damn yeah the teacher is interesting

[@zhubajie6940]

A constant specific heat c v0 ideal gas is a perfect gas not an ideal gas.ideal gas only obey the ideal gas lawthat is Z is 1

[@RC08197]

Thanks

[@Elucyda]

Welcome

[@hyaaajhaulayoo8681]

You look like character of money heist like the hacker RIO

[@Elvis._563]

Wtf mahn😂😂......i've understood everything but wtf mahn😂😂😂😂

[@hannxn5711]

Indian NEET(MEDICAL ENTRANCE EXAMINATION) Aspirant here

[@gangahamsa9117]

Toh kya

[@gangahamsa9117]

So what

[@Shweta_narkhede]

Me

[@cruiseworld1563]

Thanks for this because I just have find an easy way to prove y=Cp/Cv 😇

[@danielrizzo4927]

Brilliant!