Exact Differentials

Relationships in physical chemistry often involve differentials, like dx. These are infinitesimally small version of a change like Δx.

For physical chemistry, we often need to know the differential, df, for a function like f(x,y) that depends on other variables.

[vector]

You deserve more views. You're a hidden treasure.

[delmiperez]

Thank you so much! Your channel is truly a hidden GEM!

[gravitification]

my god!! you just removed my 2 years doubt in just 6 min

[legendaryxk]

holy sh+t that was the best explaination of exact differentiation application.
Explaination + & - was very helpful

[xvgx]

the graph was really helpful in understanding the meaning

[adetoyesealbert]

Such an amazing content with little audience!

[boogychan]

I specially liked the graphical explanation 😃

[why__bro__why]

Just awesome . You 10 minute class like, my total confision removed about that topic. Sir please suggest organic chemistry channel who give concept clarity like you

[muthumukesh-xmvu]

Sir ur initiative to teach in an interesting manner is awesome 👏👏👏

[marit]

Thaaaanks!!!! reaaaaly helpfull with the graph

[sahilbaori]

Hey the video was extremely helpful. Just one doubt ..
In my classes we were introduced to exact differentials in context of state functions,
(dF(dF/dx)y)x = (dF(dF/dy)x)y where x and y are in subscripts denoting they are constant for that partial derivative.
Are these both the same things?