www.tmt.ugal.ro/crios/Support/IFPC1/Misc/SI_F09_Ch30.pdf You can get Major pH charts from above link.

@yassersaeed827

3 жыл бұрын

where did you bring this pdf i want the other chapters and thank you for your explain it was great

@jacobchristopher5502

2 жыл бұрын

i dont mean to be so offtopic but does any of you know a trick to get back into an instagram account?? I stupidly forgot the password. I would love any assistance you can give me.

@kyloramon4970

2 жыл бұрын

@Jacob Christopher Instablaster :)

@jacobchristopher5502

2 жыл бұрын

@Kylo Ramon I really appreciate your reply. I found the site thru google and I'm waiting for the hacking stuff now. I see it takes a while so I will reply here later when my account password hopefully is recovered.

@jojojohn194

2 жыл бұрын

Excellent explanation...

Incredible. Hours of lecture explained in 10 mins. Clearly explained and understand it better than my lecturer. Thank you so much. Great work

@dominickgiannino8528

10 ай бұрын

Greatest teacher of this is Eugene Silberstein. Get a copy of PEWOT(Pressure Enthalpy Without Tears), you won’t regret it.

YOU ARE FANTASTIC SIR!!! LOTS OF LOVE FROM A MECCHANICAL ENGINEER FROM THE UK!

Sir your teaching method is super classic . Thank you so much. Also want to plead that you make more videos like this, especially engineering related calculations. Accept my best regards.

Concise and you hit all the points for how to read the diagram. Great job and thank you!

Actually explained it better than any of my teachers good job!!! Im working on a problem but still stuck, the pressure doesnt match up with the temperature

Well Done. My teacher took two classes to explain what u did in 10 minutes.

Thanks a lot. It really helped me for my upcoming exam tommorrow

God richly bless u sir!!!

@jadjaafar5203

5 жыл бұрын

amen

Great work mr. I watched so many diagrams and alls gets so technical and mathematic. This is sooo understandable for an ordinary iq man like me. 10/10 mr!

Now I know why the compression is in an angle, it follows the entropy line. Keep it up!

This video explains this x10 better than the RETA 2 book does. Thank you !!!

Wow, THANKS YOU SO MUCH!!! I've been strugling with this for days and you made it clear to me after watching your video for 6:45. Thanks! With your help I now have a better chance of passing the exam tomorrow.

Great work, even in IIT they do not teach with so much clarity.(I studied thermal engg at IIT kanpur)

Thanks for the videos. Very useful especially degree of superheat and degree of sub cooling.

Thank you my friend i really appreciate your efforts you are a good fella ❤️

very nice video......please keep making more videos on Refrigeration and Air Conditioning and thermal engineering.

Nice explanation..... understood everything....thank u😀

Congratulations for the great and simple explanation!

Thnk u bhai. U make my problem much easier

thank u so much! i should have seen this video sooner. now i am so much clearer about pressure enthalpy diagram. Thank u!

Thank you, You just saved me from flunking on my exam

Good work, helped me solve problem! :)

Thank you. This really helps we that learn ahead of class.

Thankyou very much sir ...... U saved my life.

Kelvin on superheat. Good vid. Thx needed to freshen up

Hello Sir, I like your explanation very much, can you please advise how this chart can be helpful to design the refrigeration equipments. Or is there any other method, please advise

Bro i learned here more than my prof thank god im having such a hard time in refrigeration

Thank you for helping with the chart

Badhiya explain Kita sirji

Thank you it was helpfull , my teacher couldn't learn me

Thanks 🙏🏻 very much from Thailand 🇹🇭

Excelente explicação. Muito obrigado.

Greatly explained !!

How do you plot actual cycle, without constant entropy and constant enthalpy line?

Thank you very much for this!

Sir, how to calculate the %efficiency of isentropic compression on this case. Thank you Sir , it is very helpful to me.

thank you! This helped me understand how to use the diagram.

Thank you sir very informative lecture 🙏

Thank you for the marvellous explanation

@somethingaround1895

4 жыл бұрын

Marvellous??

Very clear and helpful👍

so nice and understandable lecture

Thanks for sharing your knowledge. Very helpful. One remark: next one, speak a bit slowly to be clearer. Hard to understand at times. Thanks again.

Good video but bit confusing what constant enthalpy lines are exactly when you have enthalpy accross the X axis

Many thanks and God bless you

Good job!🙌🏿

thank u bro, very simple explanation

Excellent explanation!

Great video, thank you.

شكرا مدير .thanks

Can you explain how to do the subcooling correction to calculate the refrigerating effect

Very helpful!!! thank you!

Thanks bro very understanding your language But You please make video of Multiple Evaporation at different temperatures with single compression and individual expansion value problems in pH chart -Please it's a very helpful

@saniyashinde9671

5 жыл бұрын

Saurabh Gorde Patil Sppu? Exam?Rac? 😂😂😅

Thanks brother u help me to understand

Nicely Explained.

Yaşşa lan gundi. its very good my friend thank you so much from TURKEY. Also best regards with Erol Yılmaz(o da arap) :D

@aysenurtatildee

5 жыл бұрын

hahaha yorum süper :D thanks for video bro

Thanks! Great help!

Very good video thank you 👍🏻

The world will fall apart without the Indian youtubers🗣🗣🗣

Sir ye chart stem table me milega ya pischometri chart me

How can you read the percentage of maximum vapour? Thanks for the information!

Brilliant, thank you so much

Sir what if the compressor follows reversible adiabatic process ?

nice bro........love u bro

Very helpful Thank you

Thank you very much 👍

Well done bro

dude you are awesome

wild!! great job

Thank You Sir....🙏🏼

thank you may god bless u

you are king

Point of clarification please, should we be considering the 10degrees of superheat as part of the Refrigerating effect? No further change of state occurs in the super-heated region therefore no effect on R.E. Please explain, sir

@thermalscience9583

6 жыл бұрын

yes we have to consider 10 Degree super heat as a part of refrigeration effect but for Numerical only. in Actual practice this generally this super heat is achieved in Piping System which connects evap and Compressor. but if that superheat Achieved in Evap then we have to Consider it

how you get degree of super heat and subcooling is 10'C?

good job.

superb.

Thanks very helpful

Very nicely explain. We can use the same while conducting refrigeration test rig expt. Is it?

@thermalscience9583

4 жыл бұрын

yes

grt explanation

thanks a lot, again

Very Good.

Thanks a lot sir!

Excellent

Helo! please help. at 4:21 u said DELTA , but u add, it should be -40, not -20???

Thank you!

Thank you sir.

Thank you ❤

God Bless You Sir

Thank you so much

Bahut accha sir

Very thank you sir

besst sirrr thanks

really helpfull thanks

Very helpful

many thanks to you

Thanks bro

thanks a lot

thank you🙏

is it +ΔΤ for the condenser and -ΔΤ for the evaporator or is it always +ΔΤ ?

@mohammadahmedbasri1831

5 жыл бұрын

For Superheating you have to increase evaporator temp that is why +ΔΤ and for subcooling you have to decrease condenser temp so that is why -ΔΤ

👍👍