Refrigeration Cycle | Animation

[@subratkumar2608]

Me having exams tomorrow and I could not understand a single thing from my professor. Thank you for making these short and sweet videos and helping everyone through these videos. I could now understand how a refrigerator works.

[@anujvichare4691]

Us bro us

[@serg74ful]

Starting my refrigeration tech assistant job soon just brushing up on everything 😂

[@ronaldmutanga5057]

How’s the job going?? I’ve got my exam in a few weeks!!

[@billymanilli]

GREAT WORK!! Thanks! This really helped me to explain this to my kiddo... FAST!! 😉👍

[@GauravSrivastava-fv3jq]

Great Video, delivers the core concepts in a easy to understand manner!

[@seanhedgecock6327]

Very well done! Thank you sir

[@hermangearthur9783]

Great video, thank you so much

[@philg4116]

Expansion by throttling is isenthalpic and irreversible, thus cannot be part of the true reverse Carnot cycle, which is entirely reversible. Thus a true Carnot cycle can work with a perfectly ideal gas, whereas a common air conditioner cannot work even a tiny bit with an ideal gas.

[@bababiru2283]

thank you so much for teaching me . that helps alot ! it is amazing animation !

[@mohammad6002]

At 4:20 you said the refrigerant's temperature increases. But I believe it just absorbs heat without having its temperature increased because during state changes the temperature is constant right?

[@Beavaseason]

Correct

[@hetasarvaiya6443]

Input output heat rate ji

[@nicolenew1708]

AMAZING

[@JaykeSapalaran-iq3qs]

Great video information very clear ❤ Thank you for sharing your knowledge ♥️🇵🇭

[@jollyscaria1922]

Vrey good welcome

[@jollyscaria1922]

Fundamental Heat energy pressure one ton refrgeration terminalogy used in refrigeration systom baical ...

[@JayMecaTV]

Thank you for the explanation. I get the purpose of this refrigeration cycle

[@NelsonLukwago-hr4vw]

A nice day too😊

[@nimeshdevinda7629]

great, thank you

[@kize32]

Compressor increases presure not reduces

[@devclub-pk]

bro I am gonna give u a million subs whatsoever

[@gooddeedsleadto7499]

What does the red dome or the red line represent in the TS diagram? Does it represent mix of vapor and liquid? Whatever is outside the dome is 100% vapor and whatever inside the dome is 100% liquid? Process 2 - 3 is constant pressure and where the green cuts the red dome line up to 3 is constant temperature and constant pressure? 4 - 1 is also constant temperature and constant pressure? Is the red dome line at constant pressure? Could u please answer the above questions for further clarification? Thank u

[@GauravSrivastava-fv3jq]

The dome is basically the collection of all points where the substance is in and state, at different pressure (As you go higher on dome, pressure increases). For each pressure, the corresponding TV curve represents the change of saturated liquid to saturated liquid Vapour mixture to saturated Vapor (isobaric process) {will write the rest later}

[@ravleenkaur224]

Nice

[@stanford4989]

Good video bro but your english accent is sometime difficult for me to understand.so please speak clearly

[@criktun3346]

Thank you so much

[@iamaswinks]

music irritates me .please avoid background scores

[@codyeaton1818]

Awesome video only thing I would change is the word freon its same as saying kleenex freon was a brand name that caught on

[@tomlewitt]

What on earth do you mean "kleenex freon was a brand name" ????? ..I've never heard of "kleenex freon".

[@harshitch2925]

nice

[@58_tiwari_roshani39]

thank you

[@hetasarvaiya6443]

Compressor evaporation condensers expansion valve temperature reverse carnot cycle refrigerator freon duron latent heat of vaporization non toxic non explosive inflammable non corrosive low freezing pressure current ampere current purple blue yellow sensing bulb adjustment spring poppet valve external equalization connection regulations vapourize emf mechanical transfer teacher ji