Numericals VCRS vapour compression refrigeration (GATE, Semester) in HINDI

[@kabz3354]

Guy, you deserve more views. What an explanation. 10/10

[@Satishkumar-dy4ni]

What a explaining yaar thank u so much dear sir ....
Cleared all doubts

[@waytoerc]

thank you sir after two i have my engineering exam and you save me thank you so much

[@thebestmusic1263]

Sir, your video is very useful
My study

[@_Prashantsingh.]

Good 👍 understanding videos for RAC......... great 😃

[@shouryagupta7785]

Great explanation, Bravo!

[@parmargaurav2041]

Keet it bro very good work 😊🎉

[@kalpitmoliya]

Thank you sir so much you helped me very much.... 👍👍👍👌👌👌

[@yogeshdandsena1358]

Sara doubt clear hogaya 😊

[@_Prashantsingh.]

Very good understanding video👍👍

[@MANVI_-dv1yu]

thankyou for this amazing video......this is the only video I found to be apt for the numericals because it involves all concepts in short

[@mr.nobody8784]

Sir you are Absolutely amazing help me a lot.... ❤

[@tanmoymaity124]

Mind blowing session

[@prashantbaghele9449]

I love the way of your explanation sir, 😁👍👍👍 all concept clear ❤️☺️

[@ssagarmmaity2018]

Sir salute sare doubt clear

[@DarshanRaval-e6q]

THE ANSWER OF COP IS :- 2.3

[@RaviPrakash-qh4xu]

Nice explanation sir

[@rajkumarmiglani874]

Very well explained

[@soumenkar1008]

Bht badhia padha rhe ho sir ji

[@anshulsahare2546]

Mind blowing sir

[@ARSEXPERINCE8726]

Mauj kar di sir ji

[@rupesh_gite]

Superb ✌🙌

[@gautamvarde]

Thank you sir

[@Official.siddhant]

Incredible sir.

[@drackpythone457]

Sir you have a small mistake ,The throttling expansion process is a e-reversible process that means the curve line is in the form of dotted line

[@siddhantnikam3872]

Sir vcc ke aur problems solved karke dalo.. 🙏🙏

[@arjunchoudhary1391]

yeeeeaaaaahhhhhh...........
💪💪💪

[@aadityamegeckhagaria3645]

Thank you 🙏🏼🙏🏼

[@athulkrishna4524]

Thank you sir😍

[@urstrulyafroj]

Amazing...bt the values for R134a are not correct i think

[@aryanpandey8888]

17:13 Sir jab S2 equal hai S1 ke aur S2 ki value hume pta hai to S1 ki value alag se kyu nikale?

[@Jfyyhgiuhhggggghh]

X nikala bro dryness fraction voh galti se bol diya hoga

[@maturusuryabhagavan6106]

superb

[@rahulturkar4400]

Thanks❤

[@prashantbaghele9449]

Please upload more videos

[@user-aadityachouhan]

Bhiya solve kese Krna hai isko 20+0.9(180-20)

[@Unknown-Me-bq5dr]

Great

[@navneetsuman4877]

Bhaiya jo question aapne solve kiya hai wo kisi book hai send me the book name

[@prashantbaghele9449]

💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯💯

[@shivangisinghrajput5645]

Sir m ka value kaha se liye

[@sonuyadavb055]

🙏

[@aashutoshsinghrathore3588]

🔥🔥

[@kalpitmoliya]

Sir plzzz ans my que i have my finals tomorrow.... Plzzz
A theoretical VCRS system works between -7°C and 27°C. The vapor is
dry and saturated at the end of reversible adiabatic compression.
Assuming no under cooling and evaporation by throttle valve,
determine (a) COP (b) power required by compressor to remove 3
KJ/sec of heat.
Enthalpy: hf= -30 for -7°c
hf=115 for 27°c
hg=1298 for -7°c
hg=1173 for 27°c
Entropy: sf= -0.108 for -7°c
sf= 427 for 27°c
sg= 4.75 for -7°c
sg= 4.33 for 27°c
Sir plzzz send me full solution for this que i have final exam tomorrow....🙏🙏🙏🙏🙏🙏