Adsorption isotherms different types in hindi

All five types of adsorption isotherms

[@AkhanchaKumari-kb2pf]

Very good explanation 👍

[@dailycomedy3627]

That was really helpful. Keep it up👍

[@souvikhajra4213]

Sir App bohut a66e se concept clear karte ho thnq u

[@wedealstocks]

Sir your teaching techniques is very nice it's clear our all doubt very easily ❤️❤️

[@Mi.Ra2811]

Very nicely explained sir 👌

[@waqasqureshi6196]

Good Job sir

[@jenyjim]

AWESOME BRO. THOUGH I DONT KNOW HINDI, YOU MADE ME TO UNDERSTOOD THE CONCEPT VERY WELL WITH YOUR SIMPLE EXPLANATION.
YOU ARE A GREAT TEACHER. MAY GOD BLESS YOU.

[@nikhatsheikh1334]

Sir u have made isotherms very easy.👍👍plz make one video on electrochemistry topic

[@LearnwithDrNawaz]

Sure

[@ShubhamPandey-pl1yj]

U made is very easy to understand sir
Really thankful of you🤗

[@bhaveshgohil3765]

Very good... teaching....keep Continue....TnQ😊

[@bdhiyarocherwa8928]

Thank you so much sir 😊

[@aishwaryapatil7620]

great explanation

[@SyedShadabHussaini1996]

Nicely explained. Thanks a lot

[@safiurrahaman6702]

Thank you sir this video is very helpful.

[@waqasshaheen1725]

-1800 degree centigrade😒😒😒...........is it achievable temperature?

[@ISFILMS03]

Thanks sir nyc video really helpfull a lot..

[@sanketvhanmore1338]

Very nice...👌👌

[@rahuldey5327]

Nice explaination

[@md.morshedurrahman5940]

Excellent explanation. Thank you sir

[@shivangiyadav8068]

Good job sir thanku soo much for this vedio

[@AtulKumar-in4hk]

Nice way of teaching sir.

[@vinodpatil3478]

Thank you so much sir

[@dramas325]

aoa!! sir you explaination was 👌
i have a question the graph of 2nd and 5th type are almost same...is it???

[@theiasaspirant2893]

Nice video. thanks

[@_biomacromolecules7782]

Excellent explanation :)

[@Pakistani10054]

Can we achieve -1800oC? in 1st example you explained?

[@gopinimaggi4218]

Tell about powder rheology sir

[@raghubeersinghbangari7455]

Thanks for the nice explanation, I have a query regarding the type IV, you said first there was monolayer formation then pore condensation occurs, then why there is a straight line in the initial part of the curve.

[@LearnwithDrNawaz]

It's looking like straight line but actually it's curve. Sorry for tat

[@ayshafariatwinkle8717]

❤❤❤❤

[@shahsyedhassanali9253]

Excellent❤️

[@huzaifashaikh6510]

Thnk u sir

[@priyankatayade792]

Thankuu sir

[@drugsandbody3341]

Thanks a lot❤

[@jyothikalakunde6618]

Sir. u said type one is non porous. but u gave charcoal as an example which is a porous material. how is it possible sir?

[@LearnwithDrNawaz]

I’m talking about charcoal powder not whole charcoal. Powder is mostly used

[@jyothikalakunde6618]

@@LearnwithDrNawaz okay sir. Thank you.

[@HMJ07PRODUCTIONSHD]

Thank you sir 😀

[@praveenthakur1239]

Thank ypu sir🌈🌈🌈

[@hozrotkhanrana2623]

SIR plz BET theory par ek vedio

[@awandagita8812]

I try to understand your explanation in Hindi through your hand and some English term, but sir my lecturer said that the I type of isotherm indicate micropores but in your explanation write it as non-porous materials, could you please explain? thanks

[@LearnwithDrNawaz]

Thank you. As for my research it should be non porous. Plz ask him again y it's porous n let me know

[@jaydeepchauhan5064]

Nice video

[@briggsmartinsogunedo3836]

Micropores also exhibit Type 1 Isotherm, while Mesopores display type 2 to type 5, with hysteresis due to capillary condensation at sat. pressure occurring in type 4 and 5

[@jaydeepchauhan5064]

Exam me circle vali figure drawing kar sakte he ?

[@LearnwithDrNawaz]

Yes. It's juz representative

[@korangalalita1229]

Thanku sir thanku so much

[@saniyamalik5165]

Thermodynamics of adsorption pe plzzzzz vedio banao sir

[@LearnwithDrNawaz]

Sure

[@ISFILMS03]

Sir pls add video on complexation and colloids

[@LearnwithDrNawaz]

Sure tell me the topics in tat

[@ISFILMS03]

@@LearnwithDrNawaz sir it is a complete topic dispersion colloids and complexation of pharmacy

[@LearnwithDrNawaz]

OK sure

[@LearnwithDrNawaz]

Watch my videos on complexation and give me feedback

[@parvejbiswas1]

thank u sir

[@RajSingh-jz5ll]

What’s the relation. Btw adsorption equilibria and adsorption isotherm

[@yabomboje7502]

Why I didn't find dz channel... at.. 1st... 😢😢😭😭😭but im happy . Now.. lol sir..

[@ushasingh9944]

Goood sir

[@keshavaggarwal2410]

Type one microporous, type 3 microporous and non porous but you said these three are non porous?

[@LearnwithDrNawaz]

Yes. It may be porous r non porous the point is. There will be no filling of pores by gas in type 1 to 3. In 4 and 5 the gas try to penetrate pores

[@ibrahimsaid28]

English subtitle please

[@madhusudanmeena482]

Bro tum bol rhe ho ki pressure to hum* Increase krenge. But asa nhi h

[@LearnwithDrNawaz]

Please let me know how

[@Atruevoice-ik6ve]

* -180°C *

[@sonalitarafdar4964]

Thank u sir

[@LearnwithDrNawaz]

Thank you. Plz Share and increase subscriber count

[@ushasingh9944]

Goood sir