Joule Thomson Effect | Joule Thomson coefficient

[@jameshood7031]

I had a shot every time he said 'okay' - I ended up in hospital...

[@PixeloSaucisse]

Lots of thanks from a french student who didn't understand well his thermo-lessons

[@khushhalchandrakar5658]

You explain exactly what I need and searching for, thankyou sir.

[@deepsati51]

same

[@Adecto]

It helped me more than hours of studying this topic. My greatest thanks!

[@hetangdarji3030]

What a perfectly explained sir .. keep uploading more & more crisp ..

[@AM-qc7gh]

Thanks nice and clear. Much better than my lecturer

[@vipintomar3213]

finaly ab smj m aagya sir🙏🙏🙏

[@RANJEETKUMAR-ex4di]

Thank You Bro, Was Very Useful At The Time I Needed. Thank You

[@ajayshinde1571]

Thanku sir for this lecture... Nice

[@kvisalakshi8292]

Super sir👌👌👌👌👌👌👌👌👌👌👌

[@clems6989]

Good job. Also related to the Ventura effect..

[@shibushil4164]

Nice explanation 👌

[@sumitmandal3901]

Never understood this better
Thanks so much 😊

[@narendrakumar-bs1tw]

Best explaination ever i listen....water example....

[@pankajjakhar2911]

Ultimate explanation....Sir...

[@ashwinanil7655]

Thank u for explaining it we easily

[@arunbhatt5738]

Very well explained sir please upload more videos

[@sunilkamboj4476]

brilliant mind.

[@drak4398]

Well explained.
God bless you

[@nabhchandra_]

Joule and Thompson were two people

[@sanidhya13]

he can't say hypen all the time can he?

[@sscMEA-zv7of]

Yes

[@knowledgeseeking007]

Neel Nitin Mukesh is 1😂😂😂

[@PankajKumar-sj9op]

Thanks sir to clearly my concept .
Keep continue to make such type of thermodynamics video .

[@dankshavalishaik3313]

awesome. Give a bit of clarity on inversion temperature

[@ravigautam8685]

Very good explanation.

[@AKHILESHKUMAR-rg4bz]

Explanation Excellent *****

[@bz4383]

very useful thanks a lot

[@anuraagannu3493]

Good job

[@hasanlegend]

Nicely explained

[@aditishukla6043]

Nice video. Also, yours and Devdutt Patnaik's voice is so similar.

[@SameerAnsari-zf5lw]

Sir plz make new videos covering almost all the topics of different university syllabus of Physics....

[@joychatterjee8632]

its quite helpful....
thaks for sharing your knowledge....

[@cleydemuchate8885]

Very well explained.

[@technicalprotips9529]

Nice Explanation sir I understood well..

[@adi482]

It was very helpful . Thank you sir 🙏🏻

[@baseerahmedabbasige17]

The main point to be discussed should be the is-enthalpic process

[@Ganga_Singh]

Thanks a lot of.................👌👌@.

[@tanveerhurra3102]

nicely explained

[@jaykrishnakumar4675]

perfect💯👏

[@GE00GE]

Joule and Thomson are two people

[@341-praveensonkar8]

Good lecture brother........we require

[@chanakyatiwari]

Great explaination sir... thanks a lot 😘

[@ganga_gayatri_official]

Ok

[@prashantsolanki6879]

best explanation

[@ratheesh605]

You did not say, why it happens through out the vedeo "a
pressure drop occurs across the restrictor, through
the inner energy being transformed into kinetic
energy."

[@sreenivassubramaiah2349]

Thank you Sir

[@himnaiaam5233]

can u explain positive and negative thomson effect using the same diagram?

[@kimbalcalkins6903]

It seems like Gay Lussac's Law predicts a much greater temperature drop.
Using P1/T1=P2/T2, T2=(P2/P1)*T1, T measured in Kelvin. Does this apply to oxygen.
I am assuming T1=300K, P1=5PSI, P2=3,5PSI

[@vidduvidya9013]

Thank you so much sir

[@harisankarm7953]

Great

[@akarshitgupta6750]

Very helpful

[@pahandulanja5358]

Thank You

[@Poor_Vampire]

Easy to understand.. Thank u.

[@vishalsingh-li8br]

Excellent.....

[@DeepshikhaBhagawati]

Happy teacher's day 💐💐

[@Dr.AmitMandal]

Thanks...

[@tauqeer2k]

Amit bhai ye India main konsa manufacturer supply kar sakta hai? Mujhe Indian manufacturer chahiye hai. Shudh desi.

[@onson1010]

Good explanation 👍 👍

[@akshayshedge7748]

simple explanation

[@jagadeeshjosh6140]

Super

[@notaiwai3200]

nice work good

[@n.vasudevanrajesh6607]

Amazing bro

[@deepukumar2716]

Thank you sir..
Er Deepu Bhatt

[@aakashsrivastava1128]

Thank you sir!!

[@harshitarajawat696]

good explanation..

[@muneebtahir]

Helpful!!

[@Physicsbyshalu]

Thankyou sir...

[@MShazarul]

Question, how you throttle up when the inlet is a fixed pressure? The outlet couldnt get any higher could it?

[@Dr.AmitMandal]

eleborate your question...

[@Monusaini-sz5qe]

nice explanation

[@kajal12_20]

Thanks sir😄

[@manabmohantymanabmohanty4637]

Love u sir ❤

[@saragadambheemeswararao8346]

Reference book for this concept?

[@Dr.AmitMandal]

This is a general concept , you can google it or refer any thermodynamics book....

[@istutikhatri4408]

I go for many video to Learn joule Thomson effect and get it in this video

[@tabnwr4000]

Anything u teach must be given some equation related to whats happening inside.

[@Dr.AmitMandal]

Noy required for basic theory...

[@hosseinhossein5827]

thank you it was interesting , what is the cause of this effect ? why the temperature decreases ?

[@Dr.AmitMandal]

Its practical phenomenon...

[@divitsarkar]

As some energy is spent by the real gas against it's own inter-molecular forces of attraction (temperature reduces) as the expansion is without enthalpy change.

[@anmolsharma9242]

very good

[@kia_lio]

what about entropy?

[@Dr.AmitMandal]

increases..

[@chiragmishra570]

sir why for the ideal gases enthalpy is a function of temperature only ? H=U +PV .
why pressure and volume are not affecting enthalpy in case of idea gas?

[@chaithanyacr4773]

For ideal gas PV=mRT(clearly it's a function of temperature) and internal energy, u= CvdT....Both terms are purely a function of temperature... Therefore enthalpy is a function if temperature only for ideal gases

[@Ks-xb7zi]

TNQ SIR

[@Deepmeditation313]

Nice

[@ramkrishnapandey7737]

Thank u sir it helps a lot...
But sir what is theory of joule Thomson effect?

[@Dr.AmitMandal]

The same

[@RajRaj-yp5kx]

In the graph explained P1 is inlet pressure whereas P2 P3 P4 ....are all outlet pressures. Correct?

[@Dr.AmitMandal]

Yes

[@Dr.AmitMandal]

However inlet can be any pressure but it must me greater than outlet

[@RJ47_AeroMechEngg]

difference between throttling valve and expansion valve ???

Ty

[@rammohanjaiswal2392]

Thank u

[@haddenindustries2922]

OK

[@samsiddique3500]

Please make me clear how to deduce temperture.
Suppose we have to reduce the pressure from 250 Bar to 19 Bar , temperature of real gas at 250 Bar is 28 degree. What will be the temperature of gas at 19 bar pressure.
Pls reply.

[@Dr.AmitMandal]

Gas tables .

[@sachinbhartiya4293]

thanks sir

[@Tarsem1336]

thanks

[@uthayakomalan4235]

Super super

[@ahmadnasser3366]

What about this effect in liquids ?

[@MostImportantGKPYQWithAmith]

Why hydrogen show heating effect
Pls give me answer

[@Dr.AmitMandal]

Find hydrogen's inversion curve

[@vankudavathhanmanthu3509]

How can we say that the gas is at high pressure and at low pressure

[@ashag3428]

Why Joule Thompson effect can only be seen at marginal {inversion} temperature

[@riturajphukan632]

Okay!

[@silvernaturemusic599]

Why nobody tells why temperature decrease or increases ?

[@Dr.AmitMandal]

Beyond scope

[@spacetechnologymalayalam3307]

Derivation?

[@kadirbuyukyayla4973]

okay

[@RandoBagginz]

The reverb effect of your mic seems to make it harder to understand your voice. But thanks for posting!

[@vickzz-dd2vv]

👌👌👌😊

[@kanikajain4525]

Could be expalined in 2-3 mins.

[@vishalprasad9181]

Could u please explain it with some practical application of it

[@Dr.AmitMandal]

Suppose we want to develop cooling effect by the throttling of particular gas for developing refrigeration then what are the suitable pressures for best performance.....

[@nabhchandra_]

Production of oxygen, nitrogen apply this

[@tejasr4983]

Okay?

[@ajfilmssofficalreviews5381]

I am also Mandal ,
Ajay kumar mandal ,
Mandal ka v TH-cam channel. Very interesting