Proof | Carnot Theorem | Most Important | Explained

In this Video, we have discussed the Carnot theorem and also proved it.
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[@kniflapunxFucknazzi]

maybe the best explanation of Carnot Theorem on the internet! Thanks alot for your help! Greetings from Serbia

[@ABStudyCircle]

Thanks

[@anamikatiwari4182]

I think u are left handed☺☺☺☺☺☺ Kitne logo Ko lgta h vo yha like kre....

[@Far_From_Weak712]

Hey 4:20 why Q3>Q2 since W1>W2 in this video if u got it plz help me out

[@arpanpan3563]

After searching many videos on Carnot theorem,your explanation is correct for me.Thank you so much for clearing my doubt.

[@vishalbharti6467]

Definitely the best video on proof of Carnot's theorem...it's just perfect...

[@Far_From_Weak712]

4:20 why Q3>Q2 since W1>W2 plz help me out if u got it

[@prabusenthil4746]

o my god what a clear explanation for carnot theoram , tqsm sir

[@rdkram6470]

Thank you sir for your outstanding notes and explaination best wishes from bihar

[@saraboji3195]

I have been searched for an hour to get a clear explanation about Carnot theorem and finally i got this ❤ . Why youtube didn't suggest me this as first? If it happened i would save 50 mins of my life 😢

[@ABStudyCircle]

Please subscribe and share the video with all your friends

[@ikennalevi5851]

but there is no violation of Kelvin-plank statement since the statement says it is impossible to construct an engine operating in a thermodynamic cycle which does nothing except to absorb heat from a single reservoir and convert it to equivalent work

[@DilipKumar-qi2ci]

Sir superb explanation

[@DrMohaAli1]

that point about the reversible which reversed totally confused me in the class but now completely understood. when reversible is reversed that like finding heat pump and refrigerator.

[@rahulk.r3819]

Exellent work May be the best explanation of carnots theoram Thank you very much

[@ABStudyCircle]

Thanks for your comment please subscribe, like and share with your friends

[@pragyanpriyadarsinibiswalx7718]

Thanks ☺

[@mamunislam8616]

Tnx.from Bangladesh

[@ABStudyCircle]

Welcome

[@irisgarcia85]

Eres grande amigo, explicas bien chido, había buscado varias demostraciones pero no explicaban los detalles y motivaciones tan claramente como tú. Te tkm :v

[@mdatiqullahkhan9986]

Good job👍👌

[@videoviewerviewer4107]

Thank You

[@tasnubamaishanawshin]

Watch it everyone

[@ABStudyCircle]

Thanks for your comment please share with your friends and subscribe to support

[@VishnuPriya-zs5pk]

Work done by the system is negative w1 and work done on the system is positive w2 , then w2 - w1 then why did you put w1- w2

[@uniananya8730]

7:09 why w1 positive it is work done by the sys

[@pianoslayer2516]

I understand how this proves that an irreversible engine can't be more efficient than a reversible one. How can you prove that they can't be equal, then?

[@venugopalyadavalli3874]

Bro you did a mistake ie efficiency of reversibility engine is greater than the irreversibly engine .but you are did a mistake .its not {n irr> n rev}

[@ABStudyCircle]

Bro we know that n rev > n irr but to prove Carnot theorem we assume the opposite

[@venugopalyadavalli3874]

@@ABStudyCircle okka bro thanks for your reply i am not expected reply from u.

[@anamikatiwari4182]

@@ABStudyCircle yes I'm agree

[@sandeepkumar8694]

Can we write this theorem in engineering examination anyone tell me about this

[@lovelife7873]

nyc sr

[@sujitsinghchavan1421]

Nice video

[@suryap6805]

Thanks bro

[@priyadarshininaik2059]

Tq sir🙏🙏🙏🙏🙏

[@sandeepkumar8694]

Hello dear brother 👋👋👋

[@Far_From_Weak712]

4:20 why Q3>Q2 since W1>W2

[@wei_wei6741]

Since subtracting bigger value (W1) from Q1 will leave smaller value than subtracting smaller value (W2) from Q1. Hence Q3>Q2. (I think you got confused, we are not adding but subtracting values from Q1)

[@ikennalevi5851]

exactly what I have been seeing

[@venugopalyadavalli3874]

Am i right pr not

[@chandraveersinghrajawat5066]

Why Carnot engine has highest efficiency ??

[@ABStudyCircle]

Because it operates on Carnot cycle which is a reversible cycle

[@sunetradhere]

Because Carnot engine operates on Carnot cycle. It's reversible engine which is ideal and thus hypothetical.

[@himanshunegi3821]

Theory kha thi sr🥴🤔

[@khansahab4464]

Only hindi