CARNOT CYCLE: efficiency of carnot cycle

[@pavanbasor4114]

Very nice sir is video ke Carnot cycle ka sabhi step samagh AA gaya good teaching experience,you are great 👍👍👍

[@mohammedhubaibshaikh4163]

Thank you bhai video k liye. Itna Achha mujhe sach me smjha tha apka video Bhot Achha h.

[@TECHNICALCLASSES_TC]

Always welcome brother

[@rishabhsingh5226]

Channel bahut achha hai
Video se badi help mili sir

[@RakibulHasan-hp7yn]

Thank you very much ,Sir. Very nice video
I will use this in my exam which will occurred in tomorrow 26/08/2019

[@TECHNICALCLASSES_TC]

Always welcome brother

[@RahulKumar-nc8nn]

Nice sir....mast samjhaye aap..wah..mazaa Aa gaya gurudev

[@TECHNICALCLASSES_TC]

Thank you brother

[@440xavier]

Very simple explanation in comparison to other 😍😍😍😍😘😘

[@parthchavda1535]

Wah! Sir
Kya samajay hai..
Fully concept clear.

[@TECHNICALCLASSES_TC]

Thank you brother 🤗🤗

[@subhankarmandali3672]

Thank you sir it was very good explanation of such a complex topic in a small time

[@TECHNICALCLASSES_TC]

Always welcome brother

[@manteshyadav7929]

video was very helpful for me....thanku so much sir

[@TECHNICALCLASSES_TC]

Welcome brother 🤗🤗

[@farmanbagwan8962]

Ek no. Bhai bahot sahi samjhaya aapne

[@TECHNICALCLASSES_TC]

Thank you bhai

[@princekuthar8601]

Bhai bhout bhadhya explain kiya h thank you bro very very thank you

[@TECHNICALCLASSES_TC]

Thank you bhai

[@anilatneriya9047]

बहुत सुंदर साहबजी !!!

[@TECHNICALCLASSES_TC]

🙏🙏🙏🙏

[@srushtinagargoje5604]

Thank you very well explained

[@SMani-jm5hx]

Thanks sir this video help me for my exam.......thank u very much sir .........

[@TECHNICALCLASSES_TC]

Always welcome manisha

[@mustafatrumboo5791]

Very well explained . Thanks a lot .

[@TECHNICALCLASSES_TC]

Always welcome Mustafa

[@nikhilsonera28]

thank you so much sir this video is veryn helpful thank you so much

[@TECHNICALCLASSES_TC]

Thank you brother

[@aryanrishi5368]

mazza aa gya bhai

[@TECHNICALCLASSES_TC]

Thanks 😊

[@priyasingh5656]

Thanku so much sir.. For this explanation

[@TECHNICALCLASSES_TC]

Always welcome priya

[@gurwaksekhon3512]

Very very interesting video sir

[@TECHNICALCLASSES_TC]

Thank you brother

[@anamikasharma9212]

Compare the thermodynamic efficiencies to be expected (a) when an engine operates between 1000 K and 300K, (b) when an engine operates between 1000 K and 600K and heat is passed to and another engine working between 600K and 300 K. Plz solve this question

[@its_chetu_2407]

Waah maja aavigyo 😊

[@TECHNICALCLASSES_TC]

Thank you brother

[@starboy1625]

Great explanation ...... Thank u !

[@TECHNICALCLASSES_TC]

Welcome brother

[@meditativemindsco.9898]

Sir mja aagya aap bought Acha padte hn

[@TECHNICALCLASSES_TC]

Thank you
Deepika

[@nbhage2178]

Lel... I ve bck in 3rd sem.. And I cnt affrd tuition teacher... So I am here😂😂😂😂 FML

[@TECHNICALCLASSES_TC]

Okay brother

[@RajivKumar-xb7fi]

U =q +w
At Constant temperature, U=O
q=-w and dw=-pdv
p=nRT/V, when you put this value in above equation, get
q=nRTln V2/V1

[@muhammadfarhan3938]

Thank u so much sir it was easy to understand

[@TECHNICALCLASSES_TC]

Always welcome brother

[@techanicalsupport9489]

PREVENTIUE MAINTENANCE, SERVICE AND TROUBLE SHOOTING : per bhi vieo banaye na sir please

[@TECHNICALCLASSES_TC]

Work from home m bahut busy hu boss
Time nahi milta pr jese hi milega
Zroor bnaunga

[@ravitewari8736]

Thank you so much very well explanation. :)

[@TECHNICALCLASSES_TC]

Welcome brother
😊😊

[@kritigupta1407]

plz post the video for finding the efficiency of DUAL CYLCE also plzzz..these videos are really helpful as they r short n crisp to the point...

[@TECHNICALCLASSES_TC]

Sure brother

[@tanishkaagrawal5012]

Very helpful ✌️😃

[@TECHNICALCLASSES_TC]

Thank you taniska

[@shubhranshasharan3892]

Great way to teach sir..

[@TECHNICALCLASSES_TC]

Thank you brother

[@sillysophie58]

Thank you sir
Now I completely understand it

[@TECHNICALCLASSES_TC]

Always welcome brother
🤗🤗

[@PinkySharma-ek5mw]

Thanks yrr.. very helpful ❣️

[@TECHNICALCLASSES_TC]

Always welcome
Pinky....😊

[@tejaskumbhar8182]

Sir ur wonderfull explained for these derivations,& formulae..
I can understand for these topic .
Plz sir ,I request u many vedios u can made for numericals, for Carnot thm, Rankine cycle,vapour cycle,.I say this will help us in Exam.We are proud of you making a good explaination,You are doing really well, we support you👍👍😊😊

[@TECHNICALCLASSES_TC]

Thank you brother
Yaa sure I will make more videos on rankine cycle, carnot cycles, brayton cycle, etc.

[@tusharhawladar5188]

Thanks for explaining it

[@Jaibanjare]

sir make a video numericals for each topics

[@TECHNICALCLASSES_TC]

Bilkul bhai

[@engineeringsolutions3000]

Very helpful sir
#sandeshlaghave

[@swarupdas4139]

Sir Rankine cycle ke upor bhi ek video banaiye ....bahut accha explain kiya carnot cycle..

[@TECHNICALCLASSES_TC]

Okay boss
Zrur bnaunga

[@al-banna3076]

Sir u didn't explain for reversible and irreversible cases. But I understand to some extent

[@TECHNICALCLASSES_TC]

Thank you bhai

[@AmanSharma-on6dd]

Epic explaination sir

[@TECHNICALCLASSES_TC]

Thank you! Sharma ji

[@rajnishtiwari4781]

achha hai sir thanks sir

[@TECHNICALCLASSES_TC]

Welcome brother

[@devikasharma1238]

Very nice sir ji

[@TECHNICALCLASSES_TC]

Always welcome sharma ji

[@factsstory5996]

1st process to isentropic compression ha n sir jiii

[@aadarshrajput2615]

Thank you...........

[@TECHNICALCLASSES_TC]

Welcome

[@suraj683]

Bhut aacha

[@TECHNICALCLASSES_TC]

Thank you bhai

[@AdamRubiks]

Thanks a lot sir

[@TECHNICALCLASSES_TC]

Welcome

[@meenazkhan5359]

Tq so much for the explanation

[@TECHNICALCLASSES_TC]

Always welcome
Meenaz khan

[@NiteshKumar-lh4ko]

Thanks meenaz

[@konadadineshprasad485]

Sir, that's a wonderful explanation may i know your email so that it would be really helpful for me to solve some question asked in our university of Rome tor vergata very clearly. thank you.

[@TECHNICALCLASSES_TC]

[e-mail]

[@anjimagovindan9861]

thanks a lot👍👍👍

[@TECHNICALCLASSES_TC]

Welcome #anjima

[@cric_h8103]

What about isothermal exp and isothermal compression in carnot cycle derivative

[@TECHNICALCLASSES_TC]

Same as isothermal heat addition and isothermal heat rejection.

[@shweta3966]

Gich sir

[@vikashraj2014]

Rankine Cycle upload kijiye 🙏

[@kajalgehlot6368]

Carnot cycle me isentropic ki efficiency ni nikalte hai ky

[@parthivpatel267]

Sir please rankine cycle pe video banao

[@TECHNICALCLASSES_TC]

Zroor bhai

[@AbhishekTiwari-ik5wn]

Sir plz make a video on boot strap refrigeration system numerical.

[@TECHNICALCLASSES_TC]

Zrur bhai

[@saivamshi9354]

Thank you bro 😘

[@TECHNICALCLASSES_TC]

Welcome brother

[@sagnikbiswas820]

How is the entropy decreasing in the first plot?

[@TECHNICALCLASSES_TC]

In t_s diagram
Entropy constant.

[@mr-malhotra378.]

Thanks bro

[@TECHNICALCLASSES_TC]

Always welcome

[@chiragkhemani553]

nice expanation

[@TECHNICALCLASSES_TC]

Thank you brother

[@aadigamer551]

T-S diagram wrong explanation plz check it.....

[@badruzzamankacheri1993]

Sir ham in methods ko apne final exams me likh sakte hai kya ?
Jaisa aapne samjhaya hai

[@TECHNICALCLASSES_TC]

Bilkul brother

[@raziarashid2165]

Helpful

[@TECHNICALCLASSES_TC]

Thank you brother 🤗🤗🤗

[@ranahaseeb8829]

Thanawad ❤

[@wolfgaming8231]

I have subscribed sir plzz give me GATE tips now I'm in mechanical engineering 2 yR

[@TECHNICALCLASSES_TC]

Zrur brother
[e-mail]
U can email me.

[@wolfgaming8231]

@@TECHNICALCLASSES_TC so cooperative u r brother god bless u

[@TECHNICALCLASSES_TC]

Thank you brother

[@palaparthirajkumar4175]

Perfect

[@TECHNICALCLASSES_TC]

Thank you 🙏🙏

[@digitalsolution8483]

thanks helpful

[@TECHNICALCLASSES_TC]

Always welcome brother

[@kollidayakar7363]

Sir I heard efficiency of Carnot cycle is T1-T2/(T1) but in this videos it's different I know formula for efficiency of Carnot cycle is the ratio of lower temp to the higher temp can u clarify this

[@TECHNICALCLASSES_TC]

Temperature should be change

[@knowledgefactory6499]

Thank you sir

[@TECHNICALCLASSES_TC]

Always welcome brother

[@indrajitdhage2527]

How to find carnot efficiency using pressure values

[@TECHNICALCLASSES_TC]

Different drrivation

[@VAISHNAVIVAISHNAVI-g3r]

niceeeeeeeeeeeeeeeeee

[@TECHNICALCLASSES_TC]

Thanks 😊

[@jhonysingh9622]

Is comp.ratio and expn.ratio is same?

[@TECHNICALCLASSES_TC]

Where???

[@harishkate3123]

Heat rejection me T3 kyu liya T2 q nahi
Textbook me T2 liya hai sir ( no change in notations) plzz respond fast having exam day after tomorrow

[@TECHNICALCLASSES_TC]

Both temperature are same, due to isothermal process.

[@harishkate3123]

@@TECHNICALCLASSES_TC thank you 👍

[@arifintzar3445]

Sir jab temp. Constant hai to entropy kaise increase ho rahi hai

[@TECHNICALCLASSES_TC]

Ideal conditions

[@vikashraj2014]

Sir Carnot cycle upload kijiye🙏

[@kshamatamrakar6495]

Hello sir
I am mechanical student 3 semester from durg polytecnic college
Meri Jo thermal ki teacher hai bahut bekar padhati hai so aap 3rd semester ke syllabus se daily starting chapter se padhana start kijiye sir daily

[@TECHNICALCLASSES_TC]

Send your syllabus

[@ravinakadam7888]

Tq sir
Hosaketo duel combustion cycle ka derivation kar dijiyaga
plz sir

[@TECHNICALCLASSES_TC]

Okay bhai

[@wolfgaming8231]

Thank u

[@TECHNICALCLASSES_TC]

Always welcome brother

[@dipanshukewat950]

Thanku sir for this wonderful explanation

[@TECHNICALCLASSES_TC]

Always welcome brother

[@wolfgaming8231]

Rankine cycle per banaoi

[@TECHNICALCLASSES_TC]

Zrur next video is topic pr bhi bhai

[@harikishan._.tyagiji]

Ha bhai sahab bilkul nhi ruk paa rhe h like comment kre ❤😂

[@TECHNICALCLASSES_TC]

Thanks 💯

[@han-rw1bg]

Sir how do I know that the process is expanding, compressing, or heat is adding or rejecting. ( in T-S plot)

[@TECHNICALCLASSES_TC]

If temperatures is increasing or entropy is constant then process is called isentropic compression.
If temperatures decrease and entropy is constant then process is called isentropic expansion.
If temperature is constant and pressure increases then process is called isothermal compression.
And vis3 versa

[@han-rw1bg]

@@TECHNICALCLASSES_TC thanks a lot

[@TECHNICALCLASSES_TC]

Always welcome brother

[@aadigamer551]

@@TECHNICALCLASSES_TC entropy increases with temperature

[@TECHNICALCLASSES_TC]

You know brother, GRAPH plot between temperature and entropy
Then how can tell you that temperature increases with entropy increas.

[@Bee-gs2to]

Q1-2 = p1v1 LN.....what is Ln sir

[@anujkmr6052]

Sr pv=nrT hota hai ya mrT?

[@TECHNICALCLASSES_TC]

Mrt

[@dhananjaya1251]

tnx

[@TECHNICALCLASSES_TC]

Welcome brother 🤗🤗

[@sscmentor21]

TS diagram mai sir aapne compression ki jgha expansion galat kr diya

[@TECHNICALCLASSES_TC]

Dekhta hu

[@TECHNICALCLASSES_TC]

Sab sahi hai boss ek dum

[@Next_Ge]

ranking cyclee

[@krishanyadav8068]

Thanks sir

[@TECHNICALCLASSES_TC]

Welcome brother

[@alexsameer7150]

Thanks u sir

[@TECHNICALCLASSES_TC]

Always welcome brother

[@sailorbout2sail718]

In pressure volume diagram, in process 1-2 it is heat addition process so pressure must increase but in P-V diagram the slope of pressure is decreasing, how?
Either you are totally wrong or I need to start selling newspapers.
Please Help.

[@TECHNICALCLASSES_TC]

This process name is isothermal heat addition.
First this process is isothermal
Then temperature should be constant.
Next this process follows Boyle's law....
If pressure decreases then volume increase at constant temperature.
And other name of this process isothermal expansion process.

[@TECHNICALCLASSES_TC]

Or paper bechne ki zrurt nahi hai just u can read book of thermodynamics.

[@TECHNICALCLASSES_TC]

U also find the same diagram in book.

[@TECHNICALCLASSES_TC]

Plzz type on google search and find Pv diagram of carnot cycle.

[@sailorbout2sail718]

@@TECHNICALCLASSES_TC doubt cleared sir Boyles law

[@maheshggoyani145]

✍️👍

[@TECHNICALCLASSES_TC]

🤗🤗🤗

[@a.kbiswas883]

Thermal efficiency of the Carnot cycle
(a) Depends upon only on the working fluid
(b) Depends only on the temperature limits of the cycle
(c) Depends upon only the ambient conditions
(d) None of above

[@kg3217]

b

[@BabaFakruddin-]

Actually 1-2 process is expansion process...so expansion ratio will come like v2÷V1 is expansion ratio u told that is compression ration..in Carnot cycle cycle compression occur at 3-4 process..so compression ratio is volume before compression divided by volume after compression

[@TECHNICALCLASSES_TC]

All process exactly right brother
U can also check in book.

[@BabaFakruddin-]

Check it once

[@TECHNICALCLASSES_TC]

I'm definitely check so many times

[@ankurjangid5295]

Sir

[@subro1648]

🇧🇩

[@kesharigupta2477]

Aksha hai

[@pchamprock9535]

are kon si line curve me kyu kaise draw ho rhi ye to btate nhi to phir koi book se hi rat le yha smjhne me time kyu khraab kre

[@TECHNICALCLASSES_TC]

Bhai 4 curve hai
2 isothemal k
2 isentropic compression and expansion k

[@pchamprock9535]

bhai mera mtlb tha kon sa curve kaise draw ho rha us curve ki jo slope h wo kyu h thoda depth me btaya kijiye to achha content rhega

[@TECHNICALCLASSES_TC]

Dekho agr constant temperature hai to ek straight line aayegi or wo aap k temperature k constant hogi
Then age isentropic compression or expansion hai toh mtlv hai entropy constant hai to entropy k liye straight line aayegi
Yhi chiz agr p_v diagram m dekhoge toh
Curve m aayegi sari line

[@pchamprock9535]

okk thank u aise hi thoda depth me video me btaya kijiye jisse kisi ko koi doubt hi na rhe then ur channel will grow rapidly

[@TECHNICALCLASSES_TC]

Always welcome brother
Support krte Rho bs

[@a.kbiswas883]

Sir answer kea ha

[@TECHNICALCLASSES_TC]

Temperature limits

[@TheGoodPainter]

At 9:06 it is (V4 / V3). Please at least study something before making any video.

[@TECHNICALCLASSES_TC]

Q bhai kya ho gya

[@raziarashid2165]

V3/V4 . cox v3 mai volume xyada ae

[@naveenkumark7769]

Hell nah! It's v3/v4

[@TECHNICALCLASSES_TC]

Tnq naveen
And razia

[@m.s.7992]

pls remove the opening music.

[@TECHNICALCLASSES_TC]

Okay dear.