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in BPF formula you took Tcoil's dew point temp and Tin's dry bulb temp, so thats not allowed right ?

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Amazing explanation

When to call two parallel fins a channel?

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well explained..

Thanks a lot brother for explaining why we need them and how we understand in a better way.

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Does water as refigrant runs in pioes

Hello

1.इन दोनों process में wbt, Rh, specific volume, DPT के साथ क्या होगा जैसे की decrease or increase please बताए। 2. Cooling and humidification Cooling and dehumification भी बताए please please please sir ji

Thank you sir for your information 🙏

Thanks

Masha Allah nawaz bhai... You have great Voice Its very understandtable amazing experience to watch your video.

Maja aa gya hai sab r

Nice Explaination sir

Quality 😢😢

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sir 5 dash and 1 both same temp pr h to cool kaha hua diagram m??? temp to vhi ka vhi rha.....fyda kya hua itna kam krane ka???

Like Fourier eqn and thermal diffusity nahi he

Sir I think some videos of heat transfer are missing. Agr possible ho to upload kardo jaldi se

Unit 1&2 hand notes mil sakte hai kya sir, kal mera exam hai

Argent required Vam technician

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If air at dry bulb temp at 36 deg C, RH 42 %, wet bulb temp is 25.1 deg C. can i cool the air upto 11 deg C by directly adding chilled water into air through evaporatorive cooler. What is the required sprayed make up chilled water temp, quantity, amd chiller TR for makeup water? Kindly explain with calculation

Thanks sir

Vedio quality is so poor

Sir tx u so much, mai bahut logo ki video dekhta hu lekin kisi pe aaj tak comment nahi kiya , Sir lekin aap bahut hi achcha padhaye h , tx u so much sir , Sir aap padhana na band kare ,agar aap padhayemge to aaki wajah se kae bachche jiske pass jada paesa nahi h vo padh payenge , Aapse hath jod k request h ki aap padhana na band kare sir

Bhot ache se pada rhe hai aap sir .....or videos bi dale

Thanks sir 🙏 please make more videos

Thank you so much sir☺🙏🏻 Aap bohot he easily and sahi se samjha diye hn pura process ❤it's really easy for me now 🤩

Rhs glat nii h apka Td3 - mea hoga

Thank you sir 🙏🙏

Awesome explanation sir

very well explained... better than my teachers😂

Nice explanation sir thankyou 🙏🏼

থ্যাংকস❤️

Very halpfull video sir, thank you for making such understandable videos

Sir 6-7' actual expansion nahi dikhaya apane

yaha pe 2nd stage se leke 3rd stage tak constant pressure toh maintain nahi kiya hai, phir Cp kaise liya gaya hai???

Thanks a lot man!

thank you sir for explaining the concept of Thermal Boundary Conditions in Crystal Clear Format.

Aapki video kafi helpful hai samajhne ke liye... ek playlist mass aur heat transfer ka v daaliyega pls sir

Sir mass and heat transfer par v video dijiye

Aap bohot aacha kam karte he sir sab samaj aata he... Thx

Nice explanation sir

Nice one sir

thank you clearly explained