The Pressure-Enthalpy Diagram | Part 1: Theory

[@josecarlosmejia9632]

EXCELENT VIDEO FOR STARING IN TRAINING TECHNICIAN FOR REFRIGERATION

[@vijaykumar-ux8cg]

excellent explanation. Never come across such wonderful explanation of an important and critical concept of hvac.

[@alexx7910]

Thank you soo much for this! After seeing everything on there own it's pretty self explanatory. Teachers should take print screens of your video to put on their lectures!!

[@agrawalgmailcom]

Vow....what a grate explanation....grate animation technique used.. Thanks a lot

[@vex123]

This video is amazing. Thanks for sharing. Very educational.

[@halahalo4105]

Exactly what I've been looking for. A million thank-yous.

[@raulm9847]

Thank you. It is very easy to understand. Where to find the Part 3, 4, etc in english version.

[@JohnnyJr396]

Thank you. I’m having a hard time with constant entropy. Am I right to think that it’s in a complete phases change to vapor or liquid and only sensible temp is increases or decreased in pe diagram only in vapor state?

[@gelomelo3426]

Excellent ❤❤❤👏👏👏👏👏

[@tajammulkha_n6791]

Correction at 3:40. It is vapor and not gas.

[@whitesheatingairappliancer7101]

So you don't use the terms superheat and subcooling?

[@josetorres3355]

Your asking the real question!

[@b07_ashishsuradkar49]

Thanks a lot mam

[@Pakbondol7706]

Thanks. I beg for the visual permission that you made me use in my learning activities.

[@patrikkovacik5481]

Awesome video. Can I ask, in what software did you make this please? Id love to learn it. Many thanks.

[@agnelomascarenhas8990]

Video description says the software used is CoolPack. It gives a link.

[@satyasrikar4677]

Thanks a ton

[@stefanocirocchi2774]

Thanks

[@Abhijeet_P]

nice 👍🏻

[@felipegarcia2269]

amazing

[@andreasanford2492]

Jeeze, your AI isn't very I! Lol