Mayer's formula in Thermodynamics | Cp - Cv = R - proof | video in HINDI

[@abhayparmar1909]

Sir apne toh gajab hi kar diya kya samajhya hai. Teacher ho toh apke jaisa varna nhi. FADDU😎👍

[@TSD-UK13DEVBHOOMI.]

नतमस्तक हैं सर आपके चरणों मैं👏

[@khushpreetkaurgrewal181]

wow! we need more teachers like you.

[@krishnasingh-hb9hv]

what a simple way😘 just love way u teach.... keep it up sir...

[@sangram9187]

fav teacher :) i was struggling in this part for a year , but after watching ur video i have 0 doubts left.

[@adarshkumarak187]

Without you i can never understand Cp-Cv=R from other teacher thanks sir

[@prameram5741]

Thank you so much sir aap eese hi thermodynamics ki problems ke video late rahiye aur humari problem dur kijiye thank you thank you very very thankful👌👌👌👌

[@souravbhunia8367]

Sir I think the level of your teaching is really fundamental , I love this way .

[@ganeshgaur9585]

Very very nice explanation .i understand the derivation of formula very easily by watching ur video .thanks a lot again for such a great explanation

[@avneshsingheditx3245]

Sir appke video bahut acche hain bahut hi acche tarah se dought clear ho jate hai

[@kanchanpatel_9589]

Nice explanation sir.. This video is very useful to me in my exam... Thank you so much sir...

[@omairqazi9349]

Sir, Please upload complete physical chemistry of college level.. Thanks.. Very helpful video..

[@omairqazi9349]

Thanks sir.. Nice explained everything.. I wish you made all chemistry videos..

[@pradumverma7688]

🙏🙏Exceptional teaching sir🙏🙏 I had not seen like you teacher.

[@bidyasagarmohapatra8270]

Conceptual teaching👌

[@amolgarg8256]

Thank you sir, your videos have proven very helpful to me.😊

[@RezaBrothers110]

Really

[@akashjonathanakashjonathan6950]

Thank you sir 😊 Well explained.

[@surajgupta0023_]

U r god gifted for us Ur voice is nice. Aur samzane ka koi jabab nhi!!!!!!!😊

[@riteshpandey8586]

Wow sir maza aa gaya aapki iss video ko dekh ke?

[@sushmagupta4725]

Sir why change in internal energy is taken as same in both cases though we know that in second case some heat is used in the expansion of the gas. Plz answer

[@mayankchandel4678]

Though its very late to reply but still here is the answer in case any new one needs an answer. First lets consider that we are not giving heat in the second case. So it is doing work just with its internal energy as we have not given any external heat. Now, as some of the internal energy is being used to do work, so to maintain the internal energy same, we give some external heat. Simple , internal energy is being maintained by giving external heat.

[@staymotivated3892]

@@mayankchandel4678 plz tell me that in 2nd case how pressure is constant??

[@mayankchandel4678]

@@staymotivated3892I hope you know that to every action there is an equal and opposite reaction. Here, we have considered that mass of the piston is m and there is not external force applied on piston. And we know that pressure is =F/A Here F= mg because there is no external force. The amount of pressure piston is applying on gas will have an opposite reaction. Thus gas will apply equal Pressure P back on the piston. Now again after expansion the heat we gave is utilised in work done so again Press will be same because mass of the piston is same and of course value or g is same and area is same . I hope you got it.. If not reply me.

[@staymotivated3892]

@@mayankchandel4678 first of all thank you very much for such a huge reply No I got that y pressure is constant in 2nd case but y not in 1st cas

[@mayankchandel4678]

@@staymotivated3892 in the first case piston is fixed, so there is no work is being done by the system, hence the energy is not being utilised in any kind of work, but it is indeed increasing the internal energy of the gas in the container. That internal energy is causing more brownian motion( random zigzag motion of gases) and causing more Collisions with the container walls.. Which in in turn increasing the net pressure on the container walls. Thus pressure is not constant while in the second case work is being done, so internal energy is not changing and there fore no change in pressure.

[@Sourabh-lx1zr]

Amazing explanation please watch😇 2 times you definitely understand whole this concept 🥰🥰

[@anjusaraswat9584]

Sir ek doubt hai agar kisi system ko closed boundary mein rakhne par temperature bdhane se volume nhi bdhta hai to pressure ko constant manege ya variable?

[@b-164sauravkumar6]

Sir aapse bahtar ess topic ko koi nhe samjha skta hai ✌✌

[@PoojanMistry]

vaah must video hai.. and handwriting is awesome!!!

[@edupoint.physics]

+Poojan Mistry Thanks for your encouraging words. You are more than kind.

[@shiprakunwar634]

At 6:10 why we divide the eq. by dT?

[@saqibshams5143]

Is Cp/Cv also called separation factor?

[@khanfaizan8229]

Is it heat capacity or molar specific heat

[@rameshchandsoni8130]

A rigid triangular molecule consists of three non collinear atoms joined by rigid rods.The constant pressure molar specific heat Cp of an ideal gas consisting of such molecules is ... ...

[@abhilashdwivedi]

Nice simple way to explain Sir or bhi bahut sare Physics ke topics par video banana Aapka ka channel aane wale samaya me bahut chalega💓

[@AmanKumar-id8pv]

thanku sir..jio hazaro saal

[@way_to_high5303]

Woah....... What a way..! Thanks a lot

[@saavv7832]

This is extremely helpful thank you so much 💓

[@vijaychandra5246]

it was amazing sir 😯😯

[@Yogesh13353]

U explain too good

[@asfermallick4961]

Sir aapka explanation bahut accha hai

[@sahilkamboj9033]

Your way is Stunning

[@ravisinghrawat8083]

Thankyou sir ,bilkul samagh nhi aar raha tha ab clear ho gya h ☺👍

[@frankcarey250]

7:20 Sir pressure p+dp kese hua? Cross section area aur 'mg', dono hi case mein constant hai

[@manjupatel1416]

Nice teaching sir .sir please upload on numerical for this fast sir

[@nuzhatara5131]

Sir dq se t pressure b increase hova na

[@shailjagautam8109]

Perfect explanation thank you sir

[@Ash-zo5fe]

Sir ase hi help karate rahiga thanku sir

[@shivamaditya4605]

Sir you teach very nicely.

[@saswatasarkar2421]

Thanks, nice 👍 ly elaborated.

[@yasinullah2827]

Thanks u sir mujhy 1st year me itna Acha parhany wala koi Nahi tha . Q k me Peshawar gai thee jab wapes Karachi aai to papers me ak month tha or college me sab parha liya Gaya mujhy coaching me addmition Nahi meela .. to me physics me fail hogai 😞.. mager 2nd year me ap sy parahi Hu or es bar jo results aai GA ap ko zarur batao gi or insha'Allah es bar ak dam zaber dast aaiga

[@RB-rocks]

how is the result?

[@yasinullah2827]

@@RB-rocks abhi exam Nahi huwa . Ab Hoga Jo aaiga bataogi zarur 😊

[@RB-rocks]

@@yasinullah2827 ok.par jab 1st year me fail ho gyi toh second year me admission kaise mila.Aur tum ladka ho ya ladki?

[@yasinullah2827]

Me lizy Hu ... And addmition to q Nahi meely Jo papers rukhy hn wo 2nd year k sat dungi .😋

[@RB-rocks]

@@yasinullah2827 ok dear. study hard and all the best for exams👍

[@poojakaul1]

Very conceptually taught sir...ty

[@seriallover4628]

Sir is this important for mdcat

[@kritikaguptabindal]

thanku sir

[@rajdipbandyopadhyay1942]

you r great sir!

[@cbsegyan100]

Sir aap hme bataye ki ye isme kaun kaun sa software aur tool use karte hi

[@edupoint.physics]

Hello Prakash Prajapati ! For writing I use SmoothDraw 4.0.5. It is like MSPaint, but better than that. For recording the screen I use CamStudio 2.7. Both of them are free of any cost. And as always .... thanks for following us.

[@swislana8529]

Sir Helmholtz Function & Gibbs free energy is same or different...?

[@farrukhbhakshranjha4314]

Different

[@Nav_Kmr]

Thank u sir for ur support.

[@azizullahkakarazizullahkak8809]

Sir volume kis tarah constant hy

[@karamvirtanwar6663]

bhot hi badhiya sir

[@shrimaydutta5716]

Thanks sir.

[@ankushpanwar1744]

Wonderful Sir.. Mind blowing

[@edupoint.physics]

+Alpha Chemistry Thank you very much for nice words. Ye sab aap sabki duaon ka asar hai.

[@manojgupta-wk4kh]

very best explanation

[@parbatimaharana8031]

Outstanding explanation

[@itsgamingtime..7001]

Marvellous sir.

[@Durgakumari-zs6eb]

Thanks 😍

[@love_meme]

Thank you so much sir jii

[@akhtarhussain535]

Thank you so much.. Sir..

[@sanketpunde5147]

Ideal gas problem video dalo na sir

[@SourabhSharma-zk1xd]

Thanks

[@ratanpurigoswamijalore4366]

Mja aa gya sir 🙏🙏🙏🙏 tnq sooo much

[@ultrafamily02]

Super sir

[@nikitaudgave120]

Kinetic theory of gases plz sir in this playlist

[@dynamicnadeem4790]

Thanks sir very good video

[@rohitbhosle6521]

Sir external pressure =mg/A+ atmospheric p

[@arunbiswas9940]

How the pressure is increased in system one?

[@harshitagrawal-3970]

Because the above lid is fixed but temperature increases which increases the kinetic energy of gas molecules due to that valume remain fixed but pressure increases

[@sriharisahu1221]

Thanks sir....................................

[@vedyadav1462]

Very well explained

[@kpkrkr4038]

लेकिन pressure कैसे change ho gya जबकि उसका भी तो area और force same hai to pressure भी तो same hoga na ??????

[@mumtarinahossainmoumita308]

sir i want the proof of cp by cv =gama .badly need for exam.

[@tonmoyroy1091]

It's very helpful

[@robinhood4617]

Nice video ❤️🙏

[@krishnapadanaskar3329]

Up great ho sir 🙏

[@balkrishnabhattarai8373]

R is small sir or not

[@nisanttyagi5961]

Thnxxx Sir 🙏🙏

[@KingKing-td9yr]

Thanku so much.....

[@Alpha-kk4uj]

Bahut acche sir

[@Alpha-kk4uj]

Dhanywad sir

[@Jai_hind462]

sir, wat is value of ,R, .. 8.31 or 0.287

[@mozammilalam775]

8.314×10^-30

[@sunitasensagar9199]

8.31*10^-30

[@hometutor2484]

Nice but w=-pdv please explain

[@NaveenKumar-we7hg]

Legendary....

[@anwarali1366]

Thank u sir meri samajh me aa gya sir maine like n subs kar dye h

[@itsgamingtime..7001]

Now, make an app of edupoint.

[@malikawaisqadir6474]

Well sir

[@lalukodgiya1544]

Sir Rotational dynamics ka video nikalye

[@somnarayanb9021]

upload some videos of class 12 phy like 3 chapter current electricity plzzzz

[@edupoint.physics]

+Somnarayan B Almost all videos on "Current Electricity" are available on this channel. Please visit the playlist on current electricity.

[@somnarayanb9021]

i mean other chapter of class12

[@edupoint.physics]

Hello Somnarayan B ! 12 th part 1 is almost done. You will have all the playlists. If you have any query please feel free to ask.

[@somnarayanb9021]

ok

[@shivampandit579]

Nice video

[@drdk7972]

Very easy

[@surajshukla2019]

Nice

[@Sabjirotitg]

Boht Hard

[@vinayyadav5617]

good

[@UYOGESH-]

thanks sir

[@edupoint.physics]

Hello ! You are welcome and as always .... thanks for watching.

[@its_sami08]

It's good , but I think you made it complex 😐

[@9211Rider]

Thanks.....sir

[@edupoint.physics]

+PRASHANT KUMAR MANDAL Welcome. Bas aap sabki dua milti rahe.

[@demove2790]

Woww sirrr

[@sanddiago7946]

Experience jhalak Raha hai sir ka