Introduction to the Total Differential

Introduction to the Total Differential

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Thank you:)

[tokiralam]

This man taught me in literally 2 and a half minutes what my professor couldn't in whole semester. Huge respect for you sir!

[gabrielsmiley]

Gosh, you totally killed it within the space of two and half minutes. No long talk...just straight to the point.

[anjanaratnayake]

It was so easy to understand once you explained it so intuitively, keep making great content!

[johncharles]

You can immidiately feel you are a great teacher. Wish there were more teachers like you

[gautamkumarpandey]

Amazing work no one can explain it better than u in this short period of time.

[jamesalvic]

I've been struggling with this even though I'm listening to my professor repeatedly.... thank you so much.

[jamesruka]

I can't believe understood it within just two minutes. Appreciated your work❤

[johnny]

I was writing notes for differential equations and was wondering why they are called “exact”. Now I know. Thanks!

I should add that our book does say the differential equation is just the differential of a function. It did not mention that differential was known as the “exact differential” and thus the name is a “exact DE”.

[ahmedi.a.mohamed]

Thank you very much, Sir. I am truly grateful to your help.

[TJ-hsqm]

The evolution of whiteboard pen-holding xD

[sherryhamid]

Short but the most easiest and simplest way ♥️♥️✨

[norvillerodgersspeaks]

I had heard the words many times, but I feel like I didn't know what they meant until you said them like that.

[TheLeontheking]

So it is basically like the divergence but for scalar-fields instead of vector-fields, right?
So instead of summing the partial differentials of the component-functions of our vector-field,
we sum the partial differentials of our scalar-field...

[mohamed-uncx]

very simple and understandable, keep making great videos :).

[Aqwil]

his 2:37 minutes video > my whole semester

[stephaniet]

oh wow thanks for this ! definitely helping me out a lot during these online classes c:

[problemsolutionbysujan]

If u is function of two independent variable x and y then what is the difference in du and delta u ?? Please solve my problem🇳🇵🇳🇵🇳🇵

[rjobrhq]

can I get a ans on why we are using dx and dy after differentiating Does it show that the eq contains changes, It's really confusing can you ans my que sir ? Thanks

[isobar]

Love the videos. Why would we want to find the total differential and why would we want to 'approximate' when we can get exact answers by other means. I just don't get it. Just subscribed.

[davel]

What makes it different than a normal differential equation?