AZEOTROPIC MIXTURE || RAOULT'S LAW || LEVER RULE || PHASE RULE || TIE LINE IN PHASE RULE

[@prateeksharma6756]

40 minutes all worth it.

[@Kartheek7727]

You are the only one who perfectly teaches physical chemistry..... No one in this world...... Best of Physical Chemistry...... It's all about your hardwrk.... Explaining each basics of chemistry.....thank you Sir ....

[@AbhishekRajput-xm9re]

For higher chemistry, No one can beat u sir......... Thank u so much sir

[@ummeaiman1652]

There are so many lectures on utube related to jee neet but no best lec on bsc or msc.. Respect u sir

[@Midnight_14_]

Kal bsc ki exam hai and sach me sir ye video bahot helpful raha, sirf yahi nahi but aapke phase equilibrium ke bhi Sare video bahot helpful rahe. Thank you sir. ❤🫡

[@sampurngupta2525]

For days I was looking for proper explanation of graphs of temperature vs composition of binary solutions, finally my search ended. Thanks a lot sir🙏 Excellent explanation.

[@Shraddha_1919]

Literally an untold chemistry behind this topic was explained very easily by you sir😊 thank you 👍🏻

[@MANOJKUMAR-hs1ws]

Wow .. finally itni search ki is topic ko but apse mast smjh😂 aya thanku sir🙏

[@GuntumaduguChandrasekhar]

Hats off to your explanation sir . This is the best lecture on azeotropes in the entire you tube.

[@KshitijPunani]

Fr it is too good of a video. Helped a lot thanks.

[@RaviKumawat-l7m]

Nicely explained. Concept is now cleared. I am Jee aspirant and it will useful in jee advanced thank you

[@travelwithom2577]

yrr sir kya khatarnak padhate ho yarr sahi me reference book ko padhane ki jarurat hi nahi padhi thank you sir very very thanks

[@shivamtiwari4972]

Beautifully Explained! So informative. Thank you!

[@prakhar266]

I'm in the first year... And the way you're teaching... You're one of the best chemistry teacher I have ever found.. Thanks for teaching in such a great way sir....🙏

[@wavemusic7153]

Just amazed to get very much good stuff, really I was very confused in this topic but you made it crystal clear awesome work 😍😍🙏🙏

[@sundasiqbal3497]

Fabulous sir..i am studing physics chemistry after a gap of three years.But your lecture made it very esay for me to understand this concept. God bless u❤

[@Manishcharan-y7e]

Best chemistry teacher on youtube 👋

[@abhaygupta4461]

You are best physical chemistry teacher

[@pushendrapatel5500]

I ama neet aspirant but still I understand the concept clearly .thankyou sir.🙂🙂🙂🙂

[@ManjuSharma-tc7sl]

Ha! I'm preparing for NEET but the video seemed too intriguing and I sat through the whole lecture. Everything is very clear, now. Thank you.

[@ronityadav2145]

Best explanation ever. I couldnt understand it from anywhere else. Thank you so much

[@bhatimahaveer2847]

Bhai ye P1+P2 ki line upr hai ya niche right konsi hai mtlb alg alg books me kahi upr hai kahi niche

[@ronityadav2145]

@@bhatimahaveer2847 bhai agar positive deviation hoga to upar hogi and agar negative deviation hoga to neeche hogi.

[@sonamR2]

Understood each and every concept. Thanku so much sir

[@studywithmalamaam5050]

Best way to learning azotropic mixture Thanku you so much sir

[@yasmeenajan3955]

U beat all the videos related to this topic. No other video as crystal clear as urs. Thanks for such nice explanation.

[@DrPriyaMadalageri]

Very nicely explained sir.. can u cover partially miscible solutions

[@Sose-sec23]

jee students attendence here..!!

[@shekgamer7037]

😅😅

[@AbhishekRajput-xm9re]

Best teacher of chemistry

[@yoursakash9462]

Thank you sir 😊. Plz sir cover the Nernst distribution law.

[@Nirajkumar-ph8es]

Thank you so much sir concept crystals clear 🙏

[@rk_taesika_art3472]

Thank you soo much... sir...... thank you.. you are a great teacher... thank you your videos helped me a lot..💜💜💜 god bless you sir

[@sachinpanwar8086]

Fabulous Sir. We'll understood. Every second was worth spent

[@jyotiduhan4075]

Amazing explanation in just 40 minutes

[@riyatripathi4138]

Sir ye kitni book mai dundha smj nhi aaya now concept is clear. Thank you sir jii

[@shivamgautam771]

asm locked everything in mind just by watching it loved it❤

[@rukayaqadir5072]

Thank u so much for making these videos.These videos are very helpful.

[@vibhaaaaaa]

Thank you so much sir for the series. I can't express how much help this has been for me. Your videos are usually short but power-packed with real concepts, this is what I love the most.

[@ramzacademy1923]

Never seen anyone nail the concept like this! Kuch video pura english mei bi banaiye...so that wil reach students foreign to hindi..

[@aartimishra3597]

Awesomely explained as always...the way you cleared previous concepts before reaching into the main...this would have helped students much....keep growing and adored by the students...and thank you for the explanation😊

[@chemistryuntold]

Glad to hear that

[@niladrichakraborty9915]

Very good lecture Sir..👏👌👍

[@rishujain0721]

Definition of being EXCELLENT..

[@rajeshroy4615]

amazing teaching. just fell in love with your class.

[@bhaskarraj378]

This cleared all my doubts , must recommend to all jee aspirants

[@Ladylenz]

you explained it so well sir ....thankyou 😀

[@vksharma8054]

shandar... sir ese hi aap chemistry ke doubt clear kerte rhe...

[@amanadleshorts7429]

Excellent explanation👌

[@kaleemuddin3195]

Thankyou very much sir❤️❤️❤️

[@ajmainshakib4441]

In case of negative deviation, if we start from the left side of the graph ( for say A:B =10:90) and keep heating it, it will reach to the Boiling Point of the Azeotropic Mixture. After that point is it possible to separate A&B by distillation? If not then we can't separate certain mixture for specific ratio. Is my concept is right ?

[@Chemistrytigers]

❤❤❤❤❤ sir g for this video

[@aryangautam2828]

Thanks great work sir keep it up you saved my chapter

[@oindrilamondal4178]

Sir ap jab halogoko sir boltaho bohot acha lagtahai😊😊

[@nityagopalpradhan4701]

Sir plzzz...make more videos in physical chemistry on iit jam....and sir your way of explaining is so good...tq u sir...

[@prabhatbhoina6625]

Way of explaining 👍👍

[@VijayKumar-lq7lj]

Best explanation. Keep it up

[@bhaskarraj378]

You should have explained how the curves at 19:17 come, best lecture.

[@rk_taesika_art3472]

Thank you sir... 💜💜👏👏🙏🙏

[@ankanmondal2238]

It is Really worth it to spend my time in your vedio sir👌but i have a question that why the solution which shows positive deviation have a aziotrop in the highest peak on the graph (in max vapour pressure)?why there we can't consider the another value of vapour pressure to calculate the azeotropic composition?

[@pranayroy3611]

Very lucid explanation

[@romanasaqib9748]

To iska Matlab ye ban sakta hy Kya k negative deviation walay mixtures ka boiling point high hoga to Inka fractional distillation kr saktay Hain and positive deviation walay ka boiling point less hota hy to fractional distillation ni ho pae ga at azeotropic mixture time pe

[@chemistrybysaadanwar]

Excellent

[@owaisshah5568]

Nice video ❤️. Very useful for jee students also

[@jagritisaini5514]

ur efforts are appreciable 🙂

[@anujpatel784]

Awsome explanation sir💯💯💯

[@shwethajc4453]

Well explained sir, thank you.

[@yourlordandsaviouryeesusbe2998]

Excellent content. 👍

[@captainh1989]

20:26 rich In A hoga sir...

[@tuky98]

finally clear sir... thankyou

[@irfanali-lm3im]

You are ultimate...sir❤

[@_ujju_]

Nice sir...you are so talented 😊😊

[@anandraosuryavanshi4513]

@Sir , The temp composition graph that you have made in that the tie line which you have drawn at composition of 60%A&40%B the upper curve will show composition of vapour rich in A and you have written it is rich in B can you please tell how is that

[@imRein-i19]

yes I have the same question. since A has lower bp its quantity much be more in the vapor state.

[@kirtichhabra1112]

Sir can we conclude at azeotropic composition the mole fraction of each of A and B in liquid phase will be equal to the mole fraction of A and B in the vapour phase?

[@chemistryuntold]

yes

[@sachindwivedi1364]

I become your fan Sir, only in one lecture

[@abhijeetgore310]

Can u cover YCMOU BSC V92 chemistry syllabus

[@shubhamchapekar9851]

Thanks a lot sir!!

[@Chemworld0302]

Very well understood.thank u sir

[@salaar__saa]

Great explanation sir thanks a lot 🙏🙏

[@chemicalsciencesbyadarsh278]

Sir plzz upload complete lectures of States of matter 🙏🙏

[@alankritagupta117]

Very nice explanation sir Thank you sir

[@CHEMISTRYWAYMYSTERYALPHA2OMEGA]

Sir g inorganic ko bhi lekr vdo bnaye

[@rutujajadhav3224]

Sir please suggest any mcqs book for b.sc chemistry that contain lot of mcqs....... actually this year online exam due to corona.....and only objectives 🥺

[@ujjwalbisaria788]

you just nailed it

[@inaiyahparry3368]

Thankyou soo much sir!!!

[@AmitKumar-vh9gt]

lever rule se jo up and down curve draw karte hn vo koi uper aur aur uper bhi draw kar sakta hi..ya draw karne ka bhi rule hi..thanks

[@prathamsrivastava6260]

Thank you sir you are a great teacher

[@NISHAKUMARI-ro5mx]

Your explanation is excellent

[@nehasharma-lb8jc]

27 : 50 , sir yha pr liquid composition A ka jyda aa rha h but A ka boiling point kam h

[@amanadleshorts7429]

Nice explanation

[@tapashkalita3528]

Sir is on fire🔥🔥🔥🔥

[@unknown.315]

Very helpful session 😊 sir

[@panchhi97]

Thank you ❤️

[@incrediblethings2956]

Boss teacher❤. from 🇧🇩

[@devendra8122]

Wonderful sir .....🔥🔥

[@dipakbhalekar8298]

Thank you sir is so good

[@surajpatil283]

Best ❤

[@Muhammadusman52281]

Very nice explaination Sir.... bundle of thank 😊

[@anantpanchal962]

Best explanation. Thanks a lot

[@abhaygupta4461]

Thank you so much sir

[@himanshudagar504]

You are best sir

[@mahaawan7553]

sir phr ethanol or water kesy fractional distillation krty hn jb k wo positive deviation show krty hn? kindly ans it sir

[@kombatcbse2819]

solutions with large deviation may show it is not necessary

[@untoldview7012]

Beautiful and💪👀💪👀💪👀💪👀

[@habibakhatun7761]

Sir degree of freedom kya hoga mere hisab sa toh F=3-p=3-2=1 araha gai but iska F=o please sir bolya maine kaha mistake kiya hai? Please reply 😞