great explanation! Thanks! btw, is it a typo at 4:32? should be ".. = ... + (df()/dY)/(dY/dt)"?

Thanks for your eye opening explanation. I wish you have more videos or books on this. btw, is there a typo in 9:37? in vide d(f(x,y))/d(t) = ... + (d()/dY)*(dX/dt), should be (d()/dY)*(dY/dt)?

Now I understand what I taught in class yesterday! Thank you so much.

Had to sit down and think for a good 20 minutes just to get what you were saying about total differentiation... I will confirm, one of the most unexpectedly climactic moments ever, thanks for the video Sir!

Great video, thank you so much

Thank you so much for such a valuable video. By the way, your choice for the soundtrack was amazing, it somehow makes it easier to understanding by making us less anxious when watching it, lol.

It was really helpful. Thanks. Make more videos like this on fluid dynamics please 😢🎉

Excellent

Oh god, why did you put this stupid music here? It's very distracting.

Hello Sir, could you kindly assist me with the questions I have,? a beam is critical to bending and shear; we check both in design, so in your video, the beam is over-stressed at the midspan, which is obvious. Is this stress diagram for flexure or for something else? How do we know what will happen to shear? If this stress diagram covers any applied forces, we only need to check against the characteristic design strength.

Beautiful explanation! Love how you focus on the important details with graphic examples

At 0:14 in the video, he divides both sides by DT. I wonder why the second term after the plus sign is df/dy*DX/DT instead of df/dy*DY/DT. ...this is clearly a mistake and the second term should be df/dy*DY/DT !!!

Good and detail explanation ...Thank you

My Nan found the really useful

thank you.

In two words "THE BEST"

Great video!!!!

Awesome video!!

Is the nontensorian quantity a pseudo vector?

The animation was kind of weird, but the explanation was great, I have been looking for the reason they use star or delta. Thanks

Finally found a video that explains the science behind it! Thank you!

great video...

Music in the background...?

Thanks for this straightforward explanation!

Excellent Video i think it is a tensor

will ... [wait for it] ... change

Thank you

Vector is the function that takes an input and output itself? WHAT? Can you give any examples? I've never heard of this and to be homest it feels rather wrong.

thnx linear algenra

Very cute.

You have the potential to be best maths channel

Can you please give link to this catalogue? Ty!

good video, youre very didactic

Keep up the good work👍

Really unusual presentation but good explanation

Thank you! You made everything clear. Hope to see more video like this!

Outstanding video ! Thank you!

𝓹𝓻𝓸𝓶𝓸𝓼𝓶

Thank You so much for this! Could you also explain approximating the tangent plane by total differential?

Deep concept . You are great.

Sir can you tell me about relative tensor with example and its geometrical interpretation

Last 10 secs is what I needed

Thank you so much sir

7:28 What Q mean?

It is clear and concise. Keep up the good work, you deserve more views.

So a tensor is a linear operator on a vector that converts it to another vector?

Awesome...

This video gives intuition behind tensors. Very clearly explained. Thank you

Great work.

Thank you so much for explaining in this way. That actually helps understanding what exactly the end result of a TD means.