Prove the Adiabatic Relation

[@mdmahfuj8805]

Absolutely outstanding 🔥❤

[@speedbird7587]

Very nice proof , thanks a lot

[@wijdana9326]

At 2:20 u have used p.dv, it means it's only valid for closed system & not for open system?

[@wijdana9326]

My basic question is, can't an adibatic process be carried out in an open system?

[@harshrajjadhav940]

@@wijdana9326 not at all

[@acgamerx1005]

@@wijdana9326i know it has been 4 years and im too late but man howtf can an adiabatic reaction take place in an open system unless it is completely thermally isolated which isn’t possible

[@shaileshnarayanan9126]

Best book for physics??

[@synapse9869]

Hc Verma

[@IAS_PREP_JUNCTION]

Dc Pandey objective

[@diarishi6487]

very good derivation sir. easily understandable!

[@CristianoRonaldo7898-v1l]

This shows that you don't always need degree to make students understand

[@knowledgeworld3357]

Osm trick

[@chandradeepraut9306]

Meri batche kaha medical batch me nhi krte hum prove ,thanks aapne krr diya prove

[@doctordrunkenstein.9448]

Are you Bengali Sir?

[@yasdeep2844]

Ha ye karlo pehley

[@reyrey7461]

Differential equations was utilized here! 😀❤ Thank you so much

[@Rupeerules3]

Nice explanation ❤

[@Jeeaspirant07545]

Well explained ...but the background sound is terrifying 😂❤❤

[@ppm4698]

Sir, how the second line came via differentiation? Please tell. You did the differentiation but in which variable respect?

[@educationarea2617]

product rule, you dumbass

[@aasu0]

It's product rule

[@aneesstar4945]

very good i like this method

[@punitzn]

Why you take work pdv since it's not necessary that for adiabatic process pressure is constant

[@sportsgaming8528]

In that intial equation d=∆?

[@xOxAdnanxOx]

what is going on sir

[@acgamerx1005]

Hilarious comment even though very old

[@KP-sq7ek]

@@acgamerx1005 im laughing my ass off rn aswell lol

[@khansirfanclubshortss]

Thanks

[@abhachauhan1900]

❤❤❤❤❤

[@srujangurram]

Can any body explain me the fastlaw of thermodynamics

[@adharsharma3662]

It states that sum of all the hit transfers = sum of all the wok transfers in the cycling frocess...In the non-cycling frocess hit transfers = W + Delhi University...I am hopped that you are understand that :) :)

[@srujangurram]

+Adhar Sharma thanks for your valuable answer now I am able to understand the adiabatic process in Delhi university by time dilation and chemical reactions in vacuum...

[@niladrichatterjee8574]

It's so fast .... You probably won't be able to keep up ...

[@adarshdubey1005]

Mami ko ek raat ke liye de de puri thermodynamics padha duuuu

[@VikasYadav-sp3fh]

U cant understand it because its too fast 😂

[@Learn3DBD]

c?

[@ComedyCapsule143]

Ya it's c onlyyyy Ucant see me☁☁☁☁☁☁☁⚡ ☁☁☁☁☁☁⚡☁ ☁☁☁☁☁⚡⚡☁ ☁☁☁☁⚡⚡☁☁ ☁☁☁⚡⚡☁☁☁ ☁☁⚡⚡⚡☁☁☁ ☁⚡⚡⚡☁☁☁☁ ⚡⚡⚡⚡⚡⚡⚡⚡ ⚡⚡⚡⚡⚡⚡⚡⚡ ☁☁☁☁⚡⚡⚡☁ ☁☁☁⚡⚡⚡☁☁ ☁☁☁⚡⚡☁☁☁ ☁☁⚡⚡☁☁☁☁ ☁⚡⚡☁☁☁☁☁ ☁⚡☁☁☁☁☁☁ ⚡☁☁☁☁☁☁☁ Shocked!

[@motivation_into_100]

Specific heat

[@kishankoirala3228]

Thanks you for vedio upload more

[@satishgohain715]

ThanKs

[@souravdalapati.6270]

Darun

[@Manali8869]

Ur method is very helpful 👍 Thankuuu sir.....Ⓜ️

[@Ramesh-re2gn]

Sir suppose we took adiabatic process in graph then we know (Tf)irre>(Tf)rever but sir in both reversible and irreversible processes initial pressure and volume are same and final pressure and volume are same that is for example pi, vi both for reversible and irreversible and pf, vf for both reversible and irreversible and moles of gas are same now applying ideal gas equation pv=nRT we get final temperatures in both reversible and irreversible to be same sir where is my mistake please please say I beg u i would be very thankful to you if sir says

[@educationarea2617]

abe ja na pakau kahi aur beekh mangiyo logo se padhai ki, itni asaan cheej samaj ni aa rhi tujy lodu

[@archanaraheja2231]

Visit physics wallah !

[@learnfrompast]

Already dekh liy hai

[@sayemsheikh_]

Thanks 😍

[@paridhijain9353]

Bhai book mein se dekh ke toh na krti..

[@kristenlover3852]

Totally fraud , at 2:21 you are putting Cvdt and Pdv in same equation , where Cvdt is used in a system where volume is constant while Pdv is used in the case when volume changes.

[@Physicsmee]

Sorry ,but your concept is totally wrong. Here Cv is a constant. i.e specific heat measure at constant volume.Its presence in any equation doesn't mean that the system is at constant volume.

[@shikhabafna2876]

Please go and learn first before commenting rubbish!!! 😂😂🤣🤣

[@aishwarpandey2027]

in this w=pdv is taken for proof but i think this eqn is only used for pressure constant but in adiabatic pressure may or maynot be constant so if anyone can clear my doubt plz reply

[@samitbharti1114]

This is the basic formula for work done You can use it in both cases where p is constant and v is constant

[@muhammadblawalalitoor6138]

Excellent brother

[@shekhartandel3232]

His accent is just like chatur from 3 idiots......

[@alishbahakbar966]

Here v is final or inital volume?

[@SurenderKumar-bh9rt]

Yaad hi kar la is sa acha

[@iqraakrqam7911]

ideal gas equation is pv=nRT

[@PunkyBipin]

He has taken 1 mole so

[@puregujaratia.b1679]

Thankssssssssss

[@pythonbuilders3937]

You have done wrong when you took log common from P,V from the needing part

[@aneesstar4945]

no its right bcz in log process we can exchange +into× and _into ÷

[@tumul1474]

Thanks man !