Steady Flow Energy Equation

[@-rohithkumarChokkapu]

Nice teaching sir we want more vedios from you covering all topics we ❤ your teaching

[@NeverGiveUp-mh5mx]

Thanks sir U explained beautifully , best explanation on SFEE ever.

[@bestmechanicalengineering]

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[@graceolage2990]

Thanks a lot.. didn't even need to follow up with another video to understand

[@mansarayagnesm3358]

Thank you very much sir You just saved me from failing this module

[@bestmechanicalengineering]

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[@billionairespill7246]

Thank you soo much sir for your big help for my exam🙏🙏.

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[@saisankeerth6743]

Your channel Is really underrated.you deserve more

[@thandofrank7454]

Thanks I comprehended every single part of this!!!😁😊

[@bestmechanicalengineering]

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[@saitejaswaroop8320]

Thanks sir, you r sharing a useful information for us i am from diploma automobile engineering...

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[@PrinceKumar-r2y5z]

Very nice class sir ji❤❤❤❤

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[@raghavjuyalcomedydancedeew636]

This explanation is really good by concept wise

[@bestmechanicalengineering]

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[@JesseltonGaming]

Wow you explain easily, thanks!

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[@JesseltonGaming]

@@bestmechanicalengineering ayee suree!

[@abhisheksharma8753]

Sir this is a equation of available energy of a steady flow energy

[@johnsonlin4703]

The explanation is very good. However, the work W should be shaft work Ws.

[@bestmechanicalengineering]

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[@kishore3s453]

Thank you soooo much sir , your explanation useful for me more 👏👏

[@bestmechanicalengineering]

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[@-NayanjyotiBordoloi]

Very much conceptual. Thank you

[@bestmechanicalengineering]

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[@vaibhavdhar]

Please check the unit of Q. Is this KJ? I think it should be KW, then unit of equation will be in KW. m= mass flow rate, therefore 1/2(m.C1^2) is KW. Similarly, we have to use Heat flow rate in place of Heat flow(Q).

[@rajeshojha2642]

Sir you put these values directly plese simplify the whole process for better understanding

[@jayashansenarathna680]

ගැම්මක් බන් ❤

[@fareehanadeem2538]

Good explanation really helpful 👍kindly share steady flow link

[@bestmechanicalengineering]

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[@daniellecoutre8878]

Could you explain why the change in internal energy of the control volume ( the stored energy in the CV ) is zero?

[@bestmechanicalengineering]

Because we consider steady flow process. When non flow process is their at that time internal energy is not zero.

[@eduafotv4417]

So is that adiabatic?

[@zahidfarhan5511]

What is different between flow and non flow process .i had read it in various numerical

[@bestmechanicalengineering]

Watch this video. kzbin.info/www/bejne/enXQmZaDgbppmJo

[@sandeepdeepu2308]

Good one👍❤️

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[@dhirajchaudhary3714]

Excellent sir, from parul university gujrat

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[@dhirajchaudhary3714]

Keep it up sir, in our class ,,there useless teacher so, i have to do selfsutdy, yr video always helpful for me,love u sir

[@ckedits12]

Bro explain more on thermodynamics 2nd year diploma

[@AnandS-bh9xq]

Thank you🙏

[@bestmechanicalengineering]

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[@Manilongia2564]

Sir black board par samjaya kijiye Aisa lag raha hai jaise online study khatam hi nahi hui hai abi tak

[@siddarthk-4085]

big fan bro

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[@tashinegi6415]

i love is the your video XD.

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[@nicolenew1708]

AMAZING

[@helloworld-hv9oy]

thanks !!

[@bestmechanicalengineering]

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[@Dharmayuddha1991]

Mejestic thank you 🔥

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[@AmartyaRoyOfficial]

can you send ppts?

[@mdshakibahmedmahi3913]

Please add subtitle.

[@shivasmart967]

tq sir

[@bestmechanicalengineering]

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[@helloworld-hv9oy]

Q unit should be KJ /s right ??

[@bishantathokchom8909]

Kj/s indicates power i.e kilowatt, but for heat it should be KJ

[@anuragkg7649]

When Q represents rate of heat transfer, its unit will be kg/s. Or wattt

[@roshansolanki150]

Sir, aek video hindi language me dalo...