Gibbs Phase Rule

This video describes the Gibbs Phase Rule. I use water as an example to show how the Gibbs Phase Rule applies to phase changes and the phase diagram.
I recommend watching this video on Phase Diagrams first : • Phase Diagrams

[@user-kb7xw2zo4c]

Dane: make sense?
me: yesssss
Lecturer: make sense?
me: I don't even know what're u talking about

[@daneandersen8181]

haha

[@MrNabows]

you were the first to explain degrees of freedom in a way that I could understand! Thank you!

[@nullptrRL]

Thank you for this video. I'm using Gibbs phase rule for Material Science, but you brought home the concepts that were tripping me up.

[@SunSunSunn]

Didn't think I'd be learning chemical thermodynamics as a premed but here I am. This video helped me, a non-chem major, understand the concepts very well so major props for that, my man. Great video.

[@sudiXP]

Thank you man. Am glad I found this awesome video. It has everything I wanted to know and more. Thank you again.

[@zulq5387]

I finally understand this. It’s now crystal clear. Thank you very much!

[@jaapongeveer6203]

A simple example that makes it easy to understand. Thank you.

[@nareshkumar3526]

Today had a class on this topic, didn't understood anything. Now it's crystal clear. Very very thanks. May God bless you.

[@srivatsan804]

You Made it so simple. Thank you man. Please make more of such videos!

[@EshwarChoudhary]

this was just amazing ! thanks a lot !

[@hsnusigma]

That is the greatest video for Phase Rule I've even watched. Really appreciate.

[@lukapaunovic7943]

I am using this for a subject called "Materials in mechanical engineering" and my book that I was given sucks, you are a savior!

[@bbadasscat]

God bless you, man. You made it really understandable

[@captainpricegaming5745]

feeling ecstatic sir,really explained nicely.

[@mariaorsic9763]

Really fantastic! Very clear. Thank you!

[@eng.maimonahkhader3311]

You made it so simple, thank you.

[@mc7353]

thank u so much for this i've been struggling with understanding the concept but when u made it easy to understand :)

[@Shiemichael886]

Thank you very much.
I could only understand it perfectly well after watching your video.
But you didn't talk about the critical point...

[@sccm100]

You explained this so well

[@AnandSingh-ym4kh]

u made it so clear bro..really awesome

[@iharshka]

Thanks, it has been nicely explained!
Keep up the good work🙌

[@afakethrum]

The more accurate form of the equation is P+F=C+N
In the video N is taken as 2 because the examples were built on the fact that there are two intensive variables, namely temperature and pressure. If you need to apply this equation to an alloy system where the phase diagram mostly given as concentration vs temperature, you need to take N as 1. Therefore, the equation becomes P+F=C+1.
Shortly, 2 is not a constant in Gibbs Phase Rule. 2 given in the video represents number of intensive variables.

[@daneandersen8181]

Good point!

[@miretudawa1009]

Then what is F?

[@vinuramendis2273]

Also Your reply was so useful . Thanks man❤

[@unahogan5330]

Thanks very much for this video, it really helped my understanding :)

[@ckerling5524]

This was a great explanation, thank you!

[@abrarnashik352]

Thanks a lot man,your explanation is great

[@aurkom]

Thanks for the video! You should make more!

[@temangwenizwane336]

simplified it perfectly. thank you

[@dhurbakc4564]

love u bro the way u teach me is like never taught before

[@mdjawaideqbal2941]

Best explanation of gibbs phase rule. Thank You 🙂.

[@abishekta8797]

Thanks man.Understood the topic well

[@samuelwamwere4867]

Your information is awesome

[@hrishabhmishra9316]

it was really helpful

[@tt7762]

Thank you so much, much respect
You're way better than my uni professor, thanks a lot!

[@kritidiptadatta5556]

Thank you very much, it really helped..👍

[@sourabh.bisht.3]

amazing concept..thanks man

[@oliwerrosen6636]

Thanks man!! This helped a lot

[@chemistryconcepts8399]

thank you it was very helpful

[@03.gokul.p22]

It's perfect and easy to understand..
Thanks for making the video..

[@alinaverdess6331]

you're my hero

[@daneandersen8181]

Haha I am honored :)

[@tontanck]

Most helpful explaining this topic

[@SatyamGupta-mp2tm]

Thanks. It's very helpful. 👍

[@zzz98889]

thanks a lot !!!!!!!!
from Saudi Arabia I say thank you!!!!!!!!!!

[@sebastianbancroft7184]

Thank you 🙏

[@jonathanuis]

Nice video, thanks!

[@hannesstalder1560]

Very well explained

[@Maha9753]

Amaaaaaazing

[@isobahall2800]

Impressive !

[@bradleyh614]

Good shit Dane

[@angelic8580]

Your voice tone, a different vibe👄

[@danielmansa6276]

Wow
This video is great

[@d.d.d.rukshan8835]

thank you! That's make sense.

[@aminazaxo7372]

Hey , thank u so much you explained it in a very good way , I have a question could u help me I have a report about the phase rule could u tell me what content I should make

[@mangalammasti]

best sir ji

[@hho5292]

thank you sm

[@vinuramendis2273]

Your video really helped me a lot. Thank you so much ❤❤😊😊😊😊

[@charlesmwenya5780]

how can one determine the remaining variable? it the same as defining a variable?

[@fatihcullazoglu328]

This is a greatest video for Gibbs Phase Rule.

[@kamrankhankami7793]

am I'm 5 years late but just want to say a big thank you for such a nice explanation sir

[@castleold19]

So that makes me 6 yrs late .....!

[@khalifahvidal3959]

thank you sir.

[@retheswarn4624]

this video was very easy to understand :-)

[@englishwithravi4590]

Thanks a lot

[@fatihahazmi7562]

thanks a lot this helps so muchhhhhh

[@muralidatla428]

thank u

[@nidaaa7714]

thank you

[@MultiPowerAid]

Hi can you please exaplain what happens when we land on the critical point?
Thanks in advice
P.S.. nice vid Bro.

[@aatrox5559]

So cool❤

[@sharingmyexperiencebysandy]

good job

[@Lanakalana]

Helped my anxiety omgg thankusomuch

[@cynthiachiamaka1021]

Are the variables dependent on each other when the component exits in 2 phases?

[@abdelmonemayed1688]

Thanks a lot
But at 12:50
We should say " measure the pressure not temp. "
Is that right?

[@johnfrixalejano7945]

Thank youuu

[@MaRia-bh8rp]

thanks bro

[@rajeshpalva]

thanks sir

[@fcrhana]

ty hero

[@juliangarcia3416]

Very well

[@nisharazaq3854]

What’s the difference between gibbs phase rule and unary binary phase rule?

[@fighter4411]

What software did you use in this video?

[@Entergalactic]

From the first example why is it one phase? I thought it is two since its changes from ice to liquid

[@ahmedafifi5264]

Du bist der beste

[@daneandersen8181]

Danke!

[@ghinanat]

I read somewhere that in constant pressure, the degree of freedom formula changes into F=C-P+1. Why does it happen?

[@devayaniganorkar1654]

It's because when one of the variables is kept constant, the degree of freedom (F) is modified and reduced to 1. Therefore the formulae becomes F=C-P+1 and is known as modified Gibbs phase rule.

[@sollinw]

easily understandable, quite pedagogisk

[@reel3160]

dark magic for me, atleast it was. First year of Mechatronic and SOMEHOW I'm learning this. (p.s I live in Europe)

[@jagmindersingh5263]

If we have a oil and water in a jar, then how many phase we have? One or two?

[@leaveme3559]

In that jar containing oil and water there are 2 components(oil and water)........each with 1 phase

[@jagmindersingh5263]

But, these two liquid are not miscible with each other

[@halamohamed5227]

( Oil and water)are 2 componant and 2phase bec.oil not miscible in water

[@starskater_]

We have one phase as both are in liquid state and we have two components as their chemical formula is different.

[@skynormsofficial3268]

thumbs up

[@geoffgeoff143]

Gibbs rule #51?

[@Moonlight-js1pz]

❤❤❤❤❤❤

[@alambanda9259]

Help found

[@ayaalaoui5037]

Allah Ali yafakhr nassara