The Expression for Efficiency of Brayton Cycle - Gas Power Cycles - Thermodynamics

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[@CardboardAutoCraftbydev]

Thank you sir for this video 😊😊

[@kollipararohith7727]

I got so many videos about this concept but no one can say like you sir
Thank you for your brilliant explanation 🙏

[@jayawardana-1802]

Your videos are very well explained , neat & well presented. Do you have videos on Rankine cycle , combustion & other thermodynamics activities

[@rahulsuresharath4328]

awesome video sir. i thnk that your very smart. This video has really helped me undersand this concept. pls keep up the good work!

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[@banty573]

Thank you sir.. it's very helpful

[@christincherian4315]

it is a nice explanation about Brayton cycle. I am looking a jet engine cycle and i thing it is the one that fit for the cycle that use inside of a jet engine. so thank you sir thank you very much

[@atchutakonisa168]

exellent class,thank u sir

[@aaloksharma6651]

Very well explained sir

[@harshalbhoir8334]

great things explained well

[@dhawalbhaganagare3674]

You are a Gem

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[@fab5574]

Thank you sir..

[@motiurrahman4714]

Thanks sir

[@somnathpatil1759]

Sirr why are some off your video not been able to played (private video)

[@rrsk88_farming]

patil somnath yes... True

[@shakhwanm]

Well done

[@cadtechvj6424]

super

[@Ekeeda]

We are happy that our content is helpful to you and it motivates us to keep focusing on the content. Download Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility from top educators.
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[@fttaufiq9614]

Isnt wnet= wt-wc ?

[@anirudhverma3398]

In T-S diagram T4 should be more than T2! but you showed T4 less than T2. Is there a reason or is it by mistake?

[@kafilahmed9194]

Sir most of the lecture video are deleted in thermoynamic so y we se some video to it didnt help

[@mohdsohel7884]

Sir brayton cycle explain with heat exchanger

[@Mr1998.]

jitna tarif karun kam hai sirrr .

[@mufakkirhussain2816]

What is gamma?

[@gamitjigar8724]

Sir kya ap hindi me video nhi banate... sabhi topics ke...

[@harishnalla1009]

Efficiency for rankine cycle sir

[@mufakkirhussain2816]

Why entropy remains constant from 1 to 2?

[@navaratndubey]

Because the process is adiabatic.

[@infantjosesjonelinjoseph2935]

Isentropic process S1=S2

[@mohammadmohasib2797]

😍😍😍

[@spingharkarimi9962]

rankine cycle efficiency

[@shishankmathuriya9738]

Thanks Sir

[@mdirshadalam5825]

Rankine cycle efficiency