Numericals on Available Energy, Availability and Irreversibility | GATE ME | Praveen Kulkarni

In this session, Educator Praveen Kulkarni will discuss the most expected numerical on Thermodynamics for GATE Mechanical Engineering. This session will focus on Available Energy, Availability, and Irreversibility in Thermodynamics. This session will be very helpful for GATE 2020 aspirants and will boost their final stage of preparations.
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#LetsCrackIt #GATE2020

[@varad955]

Conceptual clarity is at its peak thank you sir for wonderful questions practice.

[@shubhampathak2900]

Sir, the best one can learn about availability is this and no one in India has been able to teach to this level.

[@walle8049]

Very very helpful.. Love the energy you're teaching with..thanks a lot

[@kashmiri1132]

u deserve a noble prize.

[@shaheenfaraz8875]

Sir revising this cocept through your classnotes.. Glad to see you..
Tiger of thermo

[@atulbhalewar8141]

I have never experienced depth of this concept simple words sir you are legend of mechanical engineering

[@mayanklakhera527]

This is the best lecture on availability

[@shwetakashyap7503]

You clear my confusion ,
Thanku so much from core of the heart

[@sairam-wu1cy]

Sir voice base & voice clarity &Base👍👍👍

[@rishabhhedaoo6952]

Takes me Back to those jee days when we used to solve those lovely questions😁😁

[@chhayanktarkarietlucknow212]

best teaching method

[@raghavvohra8867]

Best teacher on the PLANET EARTH!

[@vikashkumar-rp4od]

wow the best way today i read

[@vishalsejpal6018]

awesome thank you

[@jaypratapsinghsolanki247]

Maza aa gaya sir ,keep it up sir

[@vigneshgs5705]

awsome lecture professor, I understood the difference between max work and max work useful for closed and why it is same for an open system

[@yogeshwarsingh4526]

see the intensity .... 1:00:28

[@lucifergo4332]

dara diya bc

[@akashkumarkushwaha8884]

Best explanation

[@bittudangi6742]

Sir you are great... 😊

[@raghavendrakamalapurkar]

Please make a video on entropy sir

[@silamishran6457]

Very helpful

[@UNIQUEDUNIA]

bahut axa question sir

[@ABHAY.KUMAR007]

Great sir!!!

[@mysurareddy6620]

Sir How air can expand below atmospheric temperature in turbine...??? In question 1
T2 = 280k
T atm = 298k...
Is it possible sir...???

[@kirankumargulipilli1600]

Ya it is possible as outlet of turbine is not in atmosphere it is connected to condenser.

[@adwaitgawande6691]

hat"s off sir!!!!!!!!!!!

[@vigneshgs5705]

but we missed considering max until cavitation in expanding open system

[@pranaygupta860]

VERY NICE CLASS CLEAR CONCEPT OF AE

[@priyankakumari5648]

sir only thermo class join krne ka charge kitna lagega

[@raistarsquad3703]

Legend

[@Paddy621]

How the exit velocity had increased? Please can you explain?

[@Harishsrivastav2510]

Bro pressure head is decreasing and from Bernoullis equation pressure head is inversely proportional to velocity head

[@harendrasinghkanderi3072]

Iam civil engineering student ..but came here only because sir ...

[@PodcastShortNow]

moja ayo

[@Dharamnaik_official]

Supr...👍

[@fidelcastro7276]

Ligend

[@Hindu_bhai3629]

*क्या चील मकोड़े से बना दिए हैं सर जी, कृप्या थोड़ा सुंदर सी लिखावट में पढ़ाते नेगी सर की तरह।🙏🙏*