THERMODYNAMICS -18 || ENTROPY & 2nd Law Of Thermodynamics || Total Entropy

[@gauravjha1121]

I have qualified JRF, GATE, BARC etc exams and teaching IIT Students from past 2 years, but after watching your any lecture I seriously got a chance to clap once for your concepts, content and your fabulous method of teaching which brings joy throughout the lecture....Thank you so much Sir for putting your efforts....Big Big fan..

[@Chemistryuntold]

Thankyou very much , your comment has truely motivated me to keep working as genuine people are still watching me. Thankx

[@KrishnakanthSingh-p1y]

Aap logon ka Conversation se aisa feel hua jaise instin apr newton sath baithakar bate kar rahe hai

[@gauravjha1121]

@@KrishnakanthSingh-p1y 🤣🤣 Indian Scientists ka naam lete to zyada acha hota vaise

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​@@gauravjha1121😂😂

[@jyotisharma-zv4fi]

Your lactures are not less than an interesting web series and you are the story teller 🖤

[@shashikalakapale234]

I binged watched whole thermodynamics series and I really liked how you end the videos by a mysterious question . I never watched any educational video with this much interest . Thank you so much .

[@organiceasytolearn9816]

I have never seen anyone from my college life to my masters explain thermodynamics in such a beautiful way with its examples.Thanks Dada।🙏

[@muhammadhamzatahir2281]

" Pluto ki tou Dunya hil jaye gi! " You said it Amazingly... 😅👌. Kamaal Hai Sir. Good luck!

[@govindpanpaliya7789]

I will not say a lengthy para.. I will just say... U made thermodynamics easy from which I was fearing to do. But now I done it.

[@anujchauhan2562]

I not have word you are really great sir nice video and i will watch your each and every video

[@shivangisingh6511]

It can't happen that a student wanting to watch just one of your video didn't end up watching more than that 😂 Amazing teaching sir 🙏👍

[@jitjyotinath8085]

Correct bola.. mne sirf 2nd law dekhne k liye aya tha pr kuch jyada hi parh lia ab😎

[@geethae.p4025]

Sir..your videos, any student will watch with great enthusiasm and curiosity..as someone said we get addicted..your explanations are so clear that it will get imprinted in the brains of students forever..your channel's name should be mystery of chemistry revealed..hats off you sir..greatest teacher ever met..

[@Chemistryuntold]

So nice of you

[@manishsandhu2799]

sir i dont think aj k baad kbi koi doubt rhega thermodynamics m.. all thanks to you :)

[@AmanKumar-kt9qp]

Sir aap mahaan ho ,u make the language of chemistry like I m reading a,b,c,d Thank u soo much sir!

[@ushasahu9726]

Thank you sir..... as your rising question one by one.. interest is also increasing ✨

[@shubharanjanmahato6191]

Sir your repesntaion is amazing, your video lec build a high quality conept in chemistry, many many thanks, l don't see God, but I meet God of chemistry.

[@atharvwithanimals]

Sir your eyes are full of confidence because of your knowledge

[@sourabhpatel9029]

Ek aur baar dil jeet lia 💓 💓

[@yasmeenajan3955]

sir I m highly thankful to u.this topic always haunted me but you have have made it crystal clear to me. may GOD bless u.

[@explorer5412]

Literally best . 🙌

[@chotuu5400]

VERY GOOD VIDEO ON OVERALL KZbin 👍

[@GaganpreetSingh-ft1xi]

Aap to shuperustam nikle. No words for you 🤐✌️👌👌👍🙏🙏🙏💎💎💎

[@laxmidhungel9644]

I m getting addicted to your videos,🤣😂 truly not less than a webseries😍

[@krupanyogesh]

Hats off for your conceptual teaching method

[@abhishekgupta3755]

sir mind blowing kya samjhaya hai sir .pura concept ko clear kar diya superb explanation sir

[@thejasmarydasan5211]

Many videos dekha ...But I didn't got what I want....your video found very informative....thank you sir😍

[@kristyevans5143]

2:53 I was just curious so I searched it up..the average temperature of pluto is -232 degrees C and temperature of sun is 15 million degrees C that's amazing...Imagine that coldness and heat

[@manvichaudhary8074]

I have seen all your videos of thermodynamics ....you r really best..

[@pritishbiswas7665]

The way of teaching! Ah! I just questioned myself whether I was watching any Hollywood web series about our universe? Soon realized - No, I was watching Yogi sir's Thermodynamics playlist and so Entropy of Universe from Big Bang theory...

[@kavyashreenkalkura6486]

Very clear explanation. The concepts are cleared from the base to the highest level. Thank you.

[@radheshyam-oo8hg]

Heloooo frndd

[@gautambhall]

When you say expaanding ...it's funny... keep teaching sir...

[@factsiq1549]

Thanks so much sir KZbin par dhero videos dekhne ke bad bhi samaj nahi aaya but u nailed it ❤️❤️❤️ thanks so much sir and keep growing 💗👍

[@vishal9195]

Sir,mind blowing explanation ....... now I came to know many thing from your video...❤️👌👌

[@bushrakhan178]

Wow...amazing ,thanku so much sir...

[@Chemistry_with_sandeep]

Waaaaow! Maan gye guru🥰

[@dipanwitamalik1144]

It's just like watching a series , always wondered what will be the next... Anyways thank so much sir for growing so much intereste in a topic where I always scared ...

[@mehwishtahir581]

awesome lecture... really understandable ...way of teaching is highly impressive 👍👏👌💯

[@lokeshbhardwaj1967]

Mind blowing sir ., superb...👌👌👌

[@divyanshitiwari4906]

Great explanation sir🙏👍🏻

[@anjaliverma3131]

So detailed nd great explaination ..much helpful sir🙏🙏🙏😊

[@MubashirHussain-pc7ft]

loved your explanation

[@abhipatil5499]

Best explanation ever .....

[@indrakarsanjanabtbcc9573]

Caution: do not perform reactions that cause the universal entropy to decrease. It is not allowed!

[@hcsjaat]

sir ji ke lecture h..gjb gjb.. such me is lecture ki jitni tarif kero km h ...sir ji plz pura syllabus pdna ..plz

[@Sony-77-jk]

Super explaination sir thank you so much

[@zubaakhtar2633]

Very good explanation sir.... Keep doing 👍👍👍

[@pawankumar-dn2dl]

What a depth in knowledge

[@praveengawali9826]

Very good explanation...

[@vangalalakshmi7886]

Superb explanation

[@nkkundu8099]

Superrrrrrrrrrrrrr explanation 😮😮

[@akkupapola]

Sir ur way of teaching is really amazing👌👌 ...thanks a lot sir

[@yashkalavadia9636]

Yar too good explained

[@iramsiddiqui56]

So much fun in learning.... Thank you

[@user-fx4cd8jd2f]

Best vdo sir 👍keep it up dont mind with any1 comment you tought the best sir thnx

[@himanshugulati4920]

Extremely helpful lecture! Thank you sir!

[@rkgurjar9722]

Must 👌👌

[@aa.y.1]

Very very thanks sir Ji 💖 🙏

[@dhondirambhosale6888]

Superb explanation, sir, thank you

[@chemistrybytasawariqbal321]

Salute you Sir🙌🙌🙌🙌

[@manoharkothalkar6335]

I see each and every vedio tq sir nice😊👌👌👌

[@__arsh_raj]

what an amazing teacher

[@saikrishna-vh7sz]

Your explanation is too much supppbbb

[@AryanGupta-bc2ov]

Amazing sir

[@shashikantabhagat372]

Very good explanation sir

[@Rizwankhan-py5jz]

Thanks for this vedio

[@anisapathan8222]

It's really helpful,👏thanks..👍

[@Chemistryuntold]

Welcome

[@smrutiranjanswain3209]

Greatful to u sir...doubt is crystal clear..

[@pratapsinghsisodiya1458]

Strong topic 💪

[@vipulkumar-sb3wt]

Love u sir...your teaching style is good...I understood your every point related to the this topics..right now I m happy and I have subscribed your channel...I think this video must be of 30 minute....Love from gopalganj(Bihar)

[@shubhamrivonker642]

Sir aap mahan ho.

[@02deepak]

Sir u nailed it... Ur teaching style excellent.sir Thnq for this chapter.pls make video on equilibrium both chemical and ionic for competition exams.its an humble request sir. 💜💜

[@rajanmishra5265]

Thanks u so much sir ✍️✍️✍️✍️

[@Poetery557]

Sir hn learners k compliments b chote par rhe hai apki video k aage. Laaajwaab sir....thanku very much sir

[@Chemistryuntold]

🙏

[@Cmagoyat]

Feel the chemistry ....really

[@khushnumaqadri5326]

Good 👍

[@amitlohan2106]

Sir engery nikalegi to temp. Bhi decrease hona chahiye na ....or temp. Decrease than. Energy increase...

[@veerabhadhra9848]

Sir i have a doubt entropy is state function then why in reversible process ∆ s is not 0

[@sangitjha]

Sir non-spontoneous are -ve or +ve

[@narendraparmar-R]

Sir 👍👍💚

[@shivanidogra7203]

If entropy of the system increases ,then entropy of the surrounding either increases decreases or have no effect

[@FUTUREGC-q6f]

Sir corona virus v entropy s aaya kya? Kya pta lab m China walo ne lab kuxx esa kr diya hoga ki jisse Universe ki entropy hil gai?

[@addy4724]

Excellent sir

[@MrTanmoyHacker]

Yogi sir in fire 🔥🔥👌

[@niladribiswas498]

Salute

[@pramitpramanik9455]

Sir apne video 17 bola Kaya temparature increase mean entropy decrease, video 18 bol rahe hai temperature will decrease entropy will decrease, please sir explain Karo na

[@bhartisarathe5217]

Sir u must use green board chalk and proper light

[@thecommonman5809]

Sir,no one ever taught me Tds like this...sir I've a question,if entropy of universe is increasing then temperature of university is decreasing,is it possible?plz answer

[@salonisaini6928]

Entropy change as a measure of unavailable energy ka thermodynamics??? Y topic exam m aya but hma yr topic koi book m nhi mila

[@thebeast49216]

You're saying that Pluto's entropy is less because it's temp is less. If you pull more temp from Pluto, then it's temp should lessen more. But, it's contradictory to the formula of entropy as Entropy is inversely proportional to temp. Can you please explain that?

[@sakshikamble9436]

Wow and nice

[@shreerajthorat2556]

Mast lecture tha sir👍👍

[@Falakshorts751]

Best

[@fawkees]

Great mjaa aa gya👌👌👌👌

[@tanmaykumar3250]

Since entropy inversely proportional to temperature the how when we give some temperature to earth its entropy increase.... It doesn't follow inverse law sir.... Pls help kal exam h.... Big dout sir.... Google doesn't help

[@AmreshKumar-sv3mr]

Entropy per degree Celsius pe depend krta bhai ratio hai .. isliye entropy bdhta h doesn't matter temp . pe 1° pe depend krta h ..I am not sure mere hisab se ye ans hoga .. suggest another support statement

[@sasank_here]

Bro entropy temp ke inversely proportional nhi hai. Entropy chng inversely proportional h.

[@sugandhasengar8396]

Thx sirrr

[@k-mis3planetbypankajpetwal288]

Excellent

[@baberbilal3742]

Sir you told that entropy is inversely proportional to energy .....????? If we look at the example of ice and water the entropy of water is high but also it's temperature is greater then ice....clear this concept plz

[@Chemistryuntold]

Unfortunately energy is not the only criterion.

[@baberbilal3742]

@@Chemistryuntold but sir answer my question or admit the mistake

[@salmansaeed8593]

Massallah

[@tahiramalik7587]

Nice method

[@rajanibagda2668]

Nice video...

[@nishantkhetre1133]

Total energy of universe is constant then why entropy of universe increase day by day ?

[@shubhajitmallick2088]

You are great

[@abdullahashraf3163]

Nyc sirrrrr..