Entropia-Entalpia is the electronic project of Matheus Câmara, multi instru… Read Full Bio ↴Entropia-Entalpia is the electronic project of Matheus Câmara, multi instrumentalist and composer recifense based in São Paulo. Through synthesizers, pedals and drum machine, Entropia brings a sound that mix organic grooves, percussive to industrial and minimalist elements. The tracks are versatile and brings creative compositions with hot and thought-provoking timbres.

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Your Boys
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Comments from YouTube:

@ProfessorDaveExplains

6y↑727

If you would like a more comprehensive explanation of these laws, go to my classical physics playlist! Clips 28-31 cover the four laws, one law per video, and they are much more in depth than what is mentioned here!

@savetheworldtribe

6y↑11

You're a rad professor. Keep it up

@kipling1957

6y↑3

Thanks!

@RM-th9ur

6y↑3

Professor Dave Explains GOD BLESS YOU

@shivanshlolayekar9668

5y↑4

You look like JESUS

@terminate5888

5y↑3

Energy can flow from a colder object to a hotter one. Its just that the total energy transfer is to the colder one, hence the hotter one looses thermal energy and the cooler one gains thermal energy. But even if there both at the same temperature,but under different pressures, then there can still be a transfer of heat energy making one get colder and the other hotter even if they both initially have the same temperature, as of the heat intensity.

32 More Replies...

@scottdemunnik7753

8y↑1.5K

I teach both high school physics and chemistry. In the unit of heat, both of these classes overlap quite a bit. It was hard to find a good video explaining the laws of thermodynamics and entropy. I like KHAN, but they are too long. Others are too abstract or goofy. This gets to the point quickly as you speak very clearly and with conciseness. Any high school science student would find these clips good to watch.

@ProfessorDaveExplains

8y↑341

+Scott DeMunnik nothing makes me happier than my content going to good use in the classroom!

@Akashascosset

7y↑13

agreed. much more concise than the sometimes bumbling khan. but loosen up a bit. the only part that didn't seem like you were reading a script was the last part where you said to send you an email.

@drasleona247

7y↑2

Akashascosset Yeah exactly, not that I don't absolutely love Professor Dave's videos but like in Crash Course they tell a few jokes related to the subject, stuff like that that makes it seem more personal and friendly.
Though his presidential parody video is quite funny, and I like the tattoo on his right arm :D

@elmersmindgames3596

6y↑8

Akashascosset Well you can kindly shut your mouth. Jokes are for the weak. Straight to the point lectures are perfect for students who look these up.

@prashamranjan5638

6y↑1

idiot

19 More Replies...

@crossovers5073

3y↑267

This man saved me from failing my high school. I'm graduating with Physics honours next month. Thanks Dave ♡

@TheGlass50

3y↑4

Wow…,Congrats Sir

@siddharthkumar4440

2y↑2

This isn't enough boi 🥲🥲

@marnick4229

1y↑4

high school? im using this in university

@nothing_tosee936

28w

@@marnick4229in India the syllabus is tough.We get to learn ochem,thermodynamics, inorganic at young age also calculus at age of 15

@happytrails5342

27w

@@nothing_tosee936that's crazy!!!

Although, I bet you'd still have a hard time in western world on the college level

1 More Replies...

@Shinotant

4y↑225

Dave: There is a layer of math beneath the intuitiveness
Me: holds breath
Dave: ..we won't get into the math
oh thank christ

@wrongfulhermit

3y↑11

welp he is christ

@yashshroff3841

3y↑77

Mom: why is ur room so untidy??

Me: it's entropy broo

slipper flies across room

@terrancemckenna5302

3y↑2

Just wanted to tell you that yes, your profile pic worked. I blew on my screen. Now I'm laughing. You got one lol

@henrykid1393

@@terrancemckenna5302 for me I see the circle is white but the background of comments is a tiny bit grey

@alecthomas7408

That’s about 50% true. Entropy increases with the input of energy. If you input energy to keep your room messy you could consider that to be increasing the change in the entropy of the surroundings. You could also increase entropy by dividing your room up into little sections that would create more cells, or you could also increase entropy by increasing the size and shape of your clothes and making them more complex to allow for more micro states. The possibilities are endless.

@yashshroff3841

@@alecthomas7408 bruh

@thinginground5179

@@terrancemckenna5302 Nice username. Love spotting a Terrance fan in the wild

2 More Replies...

@sashamuller9743

4y↑210

at first you might not like the opening but after a couple of professor dave explains videos you'll be singing along no doubt

@sweta9

4y↑6

😂😂😹
I'm the living proof.

@shreevatsak343

4y↑3

Yeah I always sing it😂😂

@the-real-sachin

4y↑6

What?! I fell in love with that intro when I first saw that...

@ramaraotumpala23

4y↑1

@@shreevatsak343 yes I too always sing the song

@ruthmasresha2639

Absolutely

2 More Replies...

@kariminou1

42w↑51

Professor Dave, I always enjoy watch your YouTube videos and admire you for working so hard to educate others. Big Thanks!

@dheerajalladi6176

36w↑3

ok sir

@cnisp7198

3y↑2.3K

Never thought I'd be taught the Laws of Thermodynamics by the Jesus himself, but I'm going to take it

@harshitamankotia6567

3y↑34

I- 😭😭😭

@gayatriramanan8505

3y↑7

😂

@ALLTHINGS-FUNNY

3y↑4

😂😂😂

@jackeroo75

3y↑29

But Jesus is known to be black and not white!

@meowmeow-lv6hy

3y↑3

Lmaooo 🤣🤣🛐🙏🏼

58 More Replies...

@carbon273

5y↑722

That was scary

I almost understood entropy😳

@isra4489

5y↑12

Me too 😢😢

@VuthavadooVikshay

5y↑21

• Second law:
• A closed system naturally moves toward equilibrium.
• Heat transfers naturally from Hot to Cold course.
• The entropy of a close system always increases (irreversible
process).

@1829Emily

4y↑19

It's the measure of energy dispersion. So entropy would increase if water went from a solid to a liquid because there's more "microstates".

@vishank7

4y↑7

You'll be even more scared if you'd watch Steve Mould's description of Entropy hahah. Do check it out bud!

@krisgamingtm8234

4y↑2

Entropy is the measure of randomness,in simple terms it's the measure of random movement,e.g universe expanding

5 More Replies...

@lumiwang955

5y↑13

Up to 5 min, I felt that I have learnt more than watching previously 50min of college chemistry teaching videos. Very concise and informative! Thank you!

@angelaelizando3105

7y↑123

I will never look at hand soap the same way again. Your videos are all very informative.

@tragedywtf5546

same

@sakadabara

7y↑1

Dear Angela Elizando , do you know how difficult is actually to produce a soap ?

@jonathan1613

Angela Elizando I haven't for the past 15 years either...

@VeritasEtAequitas

@@sakadabara Not too hard. Humans have been mixing ash with animal fat for a very long time.

@sakadabara

Uncomfortable Truth there was a long way from ash ‘n’ grease to Fairy the Dishwash liquid

1 More Replies...

@redwood1133

5y↑67

Im not a college graduate i was in the military but i still find what your saying so fascinating... i want to learn.
Dont give up on me

@sagharzahedi7414

4y↑1

Never give up

@doraexplorer4372

dont give up

@ScarlettEvangelineKelly

2y↑29

I'm a homeschooled sophomore. I watched this in seventh grade and took notes throughout. When it got to the question at the end, I actually got the right answer--without a calculator! It was explained so clearly and with such clever analogies. I'm watching it again just for fun! Thanks so much for this, Professor Dave! It answers a lot of questions for me and helps me understand much more about the way the universe works.

@jeonboi1009

7y↑36

I am in first year of university studying chemical engineering and this video put the complex concepts very simply. Thank you!

@Alex_R97

5y↑3

Chemical engineering 🙌 - rare species...Me final yr

@davinci5846

@@Alex_R97 bro mee too but i m. newbie.. could u guys suggest anyway to learn the chemistry from. basics stuffs

@maaarcosfavelaa1696

What University are you studying at?

@reshmasharma7889

4y↑1

Me too a Chemical Engineer.

@akashrai2524

Im a Graduate Chemical Engineer

1 More Replies...

@adammtroutman

6y↑2

I love Professor Dave now. The man does his homework, and explains things so beautifully clear and concise. Respect

@awandagita8812

4y↑1

I'm scrolling your video about fundamental of chemistry, I learned to recall my memories about it. I'm struggling to recall my first-second semester memories through my notes but I found out it really takes time. Prof Dave's simple explanation helps me a lot. Thanks!

@patrickj.7782

2y↑8

Beautifully explained! Definitely nice when you can understand how all the variables work together. Thanks!

@upandatom

7y↑431

This video was great! You're awesome at explaining the science stuff :)

@ProfessorDaveExplains

7y↑83

thanks kindly! you've got a knack for it as well :)

@upandatom

7y↑39

thank you! means a lot :)

@mariakhan6090

5y↑11

You both are great!!!! Thanks a lot for the cool videos!!!!

@sanjoosona

3y↑2

Tnx🙏

@Unknown_Ooh

3y↑4

You both look like you could be related lol

4 More Replies...

@HemaLatha-ro7uh

6y↑2

Thank you professor Dave, your teachings on thermodynamics and Gibb's free energy was superb. I expect your more updates on physical and organic chemistry.

@allypezz

3y↑1

Studied Chemical Engineering a while back and having a bit of a refresher on the basic principles. Really great job in explaining the abstract, which can take so long to understand. Learning 'what' and 'why' is so often conceded in favor of 'how' and 'when'. And yet it can be explained in 5 minutes.

@sehmio

7y↑16

Thank you for explaining things clearly and making it easy to understand! I really appreciate your time and effort Prof!

@ProfessorDaveExplains

7y↑4

thanks for watching!

@tylerpaquin4004

3y↑5

Thank you very much, Professor Dave! Your analogies and explanations with regard to the Enthalpy and Entropy relationship were crystal clear. It truly shows that someone understands a topic by being able to break it down as if you were explaining it to a 5th grader.

@saraswathii8039

6y↑7

The explanation was so good that I could explain all the stuff to my friends clearly

@kabirguron1697

2y↑5

I've been having trouble understanding entropy for a long time. Your interpretation of entropy as a "dispersal or energy" really stuck with me. Thank you.

@KiratAlreja

8y↑382

Thanks Professor Dave , as always .
Today is Teachers Day here in my country India
A very Very Happy teachers day ! keep making videos and educating all!
(Out of topic) - Do you like Breaking Bad? :P

@ProfessorDaveExplains

8y↑141

of course! amazing show.

@ishitabanerjee9289

6y↑4

Professor Dave Explains sir today i saw your video for the first time and its damn amazing. I am from india. Where are you from ?🙂

@mrsushi1192

6y↑3

Kirat Alreja today is teachers day in 2018 :))

@_DVshow_

5y↑4

@@-TayyabAwan
Some body here from humanities 😂

@saidevotees8256

5y↑5

I m also from india .. professor dave sir advanced teachers day wishes to you..2019 September 5.. I m continuously watching your classes thank you so much sir for interesting explains.

3 More Replies...

@braydenreince6340

5y↑3

The part where you describe how soap works blew my mind! 10/10

@etornamtsyawo6407

4y↑1

And the explanation about the soap, I represented my high school in a prestigious national science and maths quiz competition about 5 years ago and it was one of our questions. Really great explanation.

@weiyadong6444

Professor Dave, thank you very much!
I had spend a whole day to read the material about the entropy, however i didn't got it!
Without ten minutes under your presentation , I'm clear, Great job!

@nada6199

7y↑22

This is the first time for me to understand gibbs free energy actually i watched so many videos before i watch you but i did not understand thanks alot ( you're the one :) )

@SH-bl9wh

4y↑2

Do you think it is possible that previous videos have helped in gaining some understanding before seeing this and feeling like 'wala, i get it now'. Is there a possibility that if you hadn't seen previous videos and saw this 1st you would understand it 1st time round? My questions are our of curiosity, notging personal to anyone

@krispb-2.13.23

3y↑5

Thank you Professor Dave I really appreciate all of your help!

@leobuscaglia5576

2y↑2

Excellent explanation. I am no longer into studying physics but as someone with a background in science i still enjoy watching these videos explaining the concepts of physics which might usually be difficult for students.

@rickrose5377

7y↑2

This is the first of these I've seen. Professor Dave is awesome.

@anuchand9263

6y↑3

Nice explanation....my all doubts are clear now ....thanks professor dave

@rimsoncorreia9233

6y↑4

It was a great learning experience professor Dave

@Cataclysm124

Your videos have given me an early headstart into what my chemistry course will be mainly about. Thanks for the detailed explanation! 😀

@ts37924

10w↑2

SIMPLY AMAZING THANK YOU PROF. DAVE !

@sandmastermaster

7y↑20

When he described soap I was like what the fuck the what.

@aartikushwaha3517

4y↑3

Wow...you explain very well💙
Your teaching is superb...👍
And thanks for clearing my doubt 😊

@zikermu

Many teachers should take examples on your video to introduce these abstract notions of thermodynamics. Your explanations are very clear and concise. Your pedagogy is perfect. Thank you so much .

@Chenoah.

Found your channel studying for praxis. All of your videos help so much. Thank you, thank you!

@AK-di4rv

8y↑7

I like the table at 5:18 Thanks much!

@harrysharma1

6y↑25

I feel it was useless to attend school, I am a Ph.D. student now and I feel Homeschooling following these videos could have been a better option, Thanks, sir:). Amazing explanation, I get to take some lectures and I am totally transferring your knowledge that I get here

@jongtaekim6998

Thank you! I had difficulty in understanding Gibbs free energy. This video helped me a lot to understand that Gibbs free energy can be a sign about whether the process is spontaneous or not!

@awesomewxyz7083

8y↑2

Very well explained. Keep making these great videos!

@vutran4577

4y↑111

Now I found out the true reason why my room is always messy. That's because of the entropy of the universe. My mom misunderstood me all the times "son, you're to lazy to clean up your room"

@BudMartin03

Heroes overcome entropy!

@BudMartin03

4y↑1

Or artists can celebrate it for what it is:
https://www.youtube.com/watch?v=uv04ewpiqSc

@qaz-fi1id

3y↑3

Entropy happens unless energy is put into the disorder so she was right

@alecthomas7408

@@qaz-fi1id Don’t you mean entropy happens when you put mote energy into a system? If you add energy to a system it would then be considered non spontaneous. The more energy you put into the system the more disorder you create and you increase entropy.

@mrpedrobraga

@@BudMartin03 He needs to put energy into displacing objects. He needs to do work.

@asr2954

6y↑5

thanking you sir It was super explanation..and I got good clarification

@vertergaminghd399

6y↑2

Man you reply to all the comment to clear everyone's doubts #Respect

@taladiv3415

1y↑2

Thank you for this refresher, Professor Dave. 🙂

@alaindupont8988

8y↑11

You're awesome dude ! I've recommended your YouTube Channel to my biology class :)

@ProfessorDaveExplains

8y↑5

+Alain Dupont (Kulggen) thanks for spreading the word!

@shahecoello

4y↑5

Professor Dave! Your lessons are world class! Thank you so much.

@ARYAN-vj1ng

45w

thanks for being so good in explaining ,i found best channel for my doubts just a few day back.I really appreciate your approach ,please keep clearing the concepts and making it easy for us to understand. Thanks sir.

@lovelicky520

47w

I can't believe you literally made me understand this concept in 8min...You're so amazing

@tom_something

4y↑4

Interesting to have the hills in the background. Spontaneity, as I understand it, can be thought of as a ball on a wavy terrain (we can just use a squiggly line) during an earthquake. On this wavy terrain, there are a few valleys, separated by hills. These valleys represent the different things our ball can do, just by occupying one of those valleys. Some of the valleys are higher than others. It can be easy to imagine that the ball might find its way from a higher valley to a lower one, but only if the ground is shaking enough that the ball can overcome the hill that separates them. Then the ball will most likely be moving faster than before, since overall it has rolled downhill. In many cases, this added kinetic energy can represent heat (since that's what heat is anyway). Similarly, the ball can actually go from a lower valley to a higher one, again if the ground is shaking enough. But if the ball goes in that direction, it will slow down.

There's some funky interplay between the speed of the ball and the magnitude of the earthquake, since both of these essentially represent heat. That's where analogy breaks down a little.

@EmreBukusoglu

3y↑7

Hi Dave- Micellization is actually (usually) an entropy-driven process. The reason is the destructuring of water molecules upon micellization.

@Somyalohiavlogs

hey can u please help...micelle formation should be DeltaS positive and endothermic process right??? i am so confused it was in my engineering paper

@etornamtsyawo6407

4y↑2

Prof. David, thanks so much! I took chemical engineering thermodynamics course two years ago and I never understood the concepts. Now that I am preparing to enter the world of work, I thought I had to understand these things as they are part of the most fundamental concepts a chemical engineer should know. I should have watched this video last two years! I'm very grateful.

@davidramos3410

40w

What do you do for work if you don’t mind me asking?

@YouMockMe

The micelle graphic; blew my mind once the visual representation "clicked".
Another awesome vid.

@exsosus5002

5y↑5

This is amazing. Ty Professor Dave. My concept of 'time' since I was a child is now just a theory for me and I use enthalpy and entrapy every moment of life to govern my decisions. I have since had a low stress life.

@DobBylan_

Lol stop lying

@moralesfabricio

1y↑4

very helpful video, thanks a lot!

@ThazRuler

7y↑1

I hope you know you are truely amazing. You juste made everything so much more clear! I love you!

@vialactea5549

This felt like a 30 min read. So much information condensed here. Thanks!

@jameshinayon8832

8y↑3

your videos are awesome professor! keep it up...I consider myself as your student...Im taking master in engineering in Mechanical Engineer...😀

@rozepyracantha5574

6y↑5

Your channel is a gold mine. Thank you ♡

@DorkaBeriTutorials

3y↑2

thanks for making learning easy & interesting.
it's just going very smooth manner, even a high school student can get the concept .
wonderful explanation with wonderworking animations 👍

@garyschasteen9440

3y↑1

Hi Professor Dave! Loved this video, taught me a couple of useful things I never new about The Laws of Thermodynamics! Never heard it explained that way on what it means, and what it does, and makes a lot of sense on how to use it! I really liked the practice example problem at the end to solidify it! I'm glad the solution is provided to be able to check, as my first calculation I forgot to convert Joules to Kilo Joules on the Delta S term : )

@Lucho261094

8y↑16

3:52 pure gold

@jollyjokress3852

4y↑40

Entropy: I "fight" it daily.

@MohitYadav-ks3hh

What does this mean

@jollyjokress3852

4y↑14

@@MohitYadav-ks3hh entropy is a concept. I'm not a physicist so this is only my basic notion of entropy: Things go from state of high to low order in time. You need energy to create higher order and when the energy supply stops, things go into less order. An example: you need energy to build a castle. You put brick onto brick, cement between bricks and so on. The castle is the high order. When you just let time pass, the castle will eventually become a ruin. The ruin is of lower order than the castle. You didn't invest energy to maintain the castle.

Entropy is everywhere in nature. You have to eat (food =energy) so your cells keep working. If you stop eating, you will die.

What I mean by "I fight it daily" is: every day you have to work hard to keep things going and not falling apart, e.g. keeping your room in order because it takes energy to put everything back into place from where you took it; meeting friends because when you don't invest in friendships, they will fade ;)

@jollyjokress3852

4y↑2

@Vijay Veluri actually, the example of the castle is from Brian Cox. He explains entropy by a sand-castle :D

@parths6865

@@jollyjokress3852 wow science + philosophy
Noice

@dfamilyjuice

47w

This really helped me better understand conceptually how Gibbs free energy relates to spinoidal decomposition and thermodynamics in general, thank you.

@jitendrajaisingani5552

7y↑1

you are an awesome professor
I'm glad that I found you today
I wish you a very happy teachers day sir

@charlespiety5229

7y↑3

thank you professor. :)

@PEUUDA

8y↑7

I finally got it. Thank you.

@nish3003

4y↑1

WOW! You just explained to me what my sir took one whole week of 40 minute classes, in just 8 minutes. Thank you.

@TheSwordlake

7y↑1

This was really good, thanks Dave!

@eterentreelos1587

8y↑23

Your videos are very didactic. They are also great to train English.

@silly_humor_memes2907

3y↑36

Whenever I see you, I remember "Chemistry Jesus"
Can't stop laughing 🤣

@hazel6034

Wtf I can't unsee 😭 AHAHAHAHAH

@KinkehChink

8y↑2

this was awesome...especially the gibbs explanation

@BacktoFacts

Great resource. Thanks for this channel, Prof Dave

@jabirkhan4976

7y↑3

thanx sir for your contribution in educating people

@sasitharandecruz3511

sale tu

@frankiebobula8073

5y↑4

Thank god for Professor Dave

@burnsmybritches5857

I thank science for professor Dave

@deanbarber8851

7y↑2

Thank you Professor Dave i wish all teachers can teach the same way you teach

@samjohn2984

I'm a chemistry teacher and I just found the explanation I'll be using from today onwards. Brilliant!

@CoughSyrup

7y↑7

"[...] and as an aside, let me drop some knowledge on saponification: [...]" Nice.

@GglSux

7y↑12

+Professor Dave Explains
liked the video, how ever I found the "programming analogy" @2:10 a bit "odd" as I have read/heard the "diametrically opposite" being argued. I suspect this difference might depend on what "scale" You are observing/describing the "phenomenon" at.
So in Your case You are describing it on a rather "high (macro) level", and only demanding a "general description" of the "state". How ever if You were to look at it at the "micro level", where You have to describe the position (and possibly momentum) of every atom, the liquid would be "harder to describe" and demand vastly more "code".
And if I'm not mistaken (which happens ;) when talking about information theory the more random a file is the higher the entropy is considered, and the harder it is to describe it in a "shorter form" i.e. to compress it. And hence it's harder to ((losslessly)) compress a picture of a given size if it contains white noise than if it depicts a chequerboard ((or any other regular pattern)).
I thought it might be usefull to know that this "alternative explanatory analogy"exists, especially since it's so "different".
Just my 5c's.
Keep up the good work Best regard

@ProfessorDaveExplains

7y↑4

it's true, i've heard quite a bit of opposition to the analogy, and am beginning to regret including it. it seemed valid, of course strictly as an analogy and not a literal description of entropy, and a way to help students rationalize the dispersal of matter and energy tending to be spontaneous, but it may be creating some confusion as well. at any rate next week i am releasing new tutorials on the laws of thermodynamics that are much more comprehensive than this one so i would love to hear what you think about those! particularly the second law.

@GglSux

7y↑2

+Professor Dave Explains
Ok, it wasn't meant as a critique, rather just a "heads up" in case You weren't familiar with it.
As I have only heard and read it used in the context of "information theory" and it was quite a long time ago I thought it might have "gone out of style" or maybe was isolated to use in that specific field/context.
But You seem to be both familiar with and on top of it :)
And though I don't think I'm generally competent to giving critique on these topics, I will "send a comment" if I think I have something constructive to contribute after viewing Your other videos.
Good luck with Your future work, here and elsewhere.
Best regards.

@AlexDocauer

5y↑1

As a computer scientist trying to get a refresher on chemistry, this really threw me for a loop.

@failranch9542

I came here looking for this exact comment. Thanks for owning it Professor Dave.

@jojoe4026

4y↑1

THIS VIDEO WAS ABSOLUTELY AMAZING.

@swethabotsa5587

6y↑1

Thank you professor Dave
This video helped me a lot
Thank you so much Mr. Dave

@justinthehippo

7y↑76

dave grohl helping me with my bio final calm face emoji

@ravciozo7517

6y↑5

And both this guy and Grohl have even the same name xD

@AS-mm4pn

5y↑5

Yeah both of these Dave s look similar and once I asked this Dave whether he is a musician or not.And he said he had been a life long musician.

@Palladiumavoid

Kalm

@llll-lk2mm

@@AS-mm4pn He plays piano, there are a few vids of him on a channel by his name!

@tonio909

6y↑9

No clue how I ended up here, but what a great mistake it was, you are seriously awesome!

@hridhyac4781

4y↑1

Iam a malayali..l saw someny videos of others..but I can't understood thermodynamics..But from this I got everything
Professor Dave ,now lam a big fan of u...thanks sir.. it's very nice👌👌
Keep going

@taimgamer9648

11w

Great effort❤❤
I am a Syrian Chemistry-Olypmiad member used to watch your Chemistry vedios
Thank you very much❤❤

@VioletConveyance

6y↑4

6:50 "That's how soap works!"
Ooooooh

@nishantsrivastava3101

7y↑5

now i can easily understand thermodynamics

@ProfessorDaveExplains

wait until i post thermodynamics tutorials in my physics course, they are much better than this one!

@nishantsrivastava3101

thanks

@colanifakude9501

Im doing a PhD in electrochemistry and working with high entropy alloys and oxides as electrocatalysts for energy conversion systems. This video is so comprehensive.

@XxXAloyZXxX

Currently studying the subject on the basic level. Learnt more from this video than 2 years of my uni. Thx a lot.

@fuhrer8635

3y↑3

3:00 AM in the morning and my smart ass got curious in thermodynamics

@markcostello5120

4y↑12

Professor Dave; "That's how soap works"
Babylonians; "We just thought it cleaned stuff"

@shreyasraut6224

8y↑1

Thansk a ton...rally thanks..watched it 10 times to make sense of it ...still may not have understood in totality but this is byfar one of the best explanations of gibbs free energy .....