Hi Dr Peyam, could you please make a revised video on the Jordan Canonical Form please? You mentioned in your existing video that the technique you used may not always work and this is a topic that I struggle with a lot. Thank you!
Can you do a video connecting conservative vector fields to their potential visually. (grad(U)=F) so you want to maximize U and F will point in that direction.
Quarantine math is the best math
Hi Dr Peyam, could you please make a revised video on the Jordan Canonical Form please? You mentioned in your existing video that the technique you used may not always work and this is a topic that I struggle with a lot. Thank you!
This wasn't hard at all to understand!
Thank you Dr. Peyam :-)
Yay! Dr. Peyam is back! :)
Could you the next time make a visual representation of the curve and the line we integrate on ? Thanks you
Please I don't know if am wrong but in the solution 3t +3t isn't 6t raise to power 2
Can you do a video connecting conservative vector fields to their potential visually. (grad(U)=F) so you want to maximize U and F will point in that direction.
Does this line integral depends on what the curve C is? In this case C is simply straight line.
Great question!
th-cam.com/video/Uu1to77ND-w/w-d-xo.html
Sir,
Sorry for asking but is it always from 0 to 1 when integrating the parameter (t)
Would ne glad to explain
Thank you
Not always but for a line segment it is
@@drpeyam thank you sir
what about if we encounter there is a comma between x and y which method should we pursue
See playlist
how to find the numbers that will satisfy an equation like this : a^5 + b^5 + c^5 + d^5 = e^5 when only variables are given ?
No idea
Great😎
Good video.
Please do not stop
youtube keep recommending your math video to me, and I always can’t help to click on it.
🥰
Hi, I think you're really cute ❣️. I'm a 2nd year female software engineering student btw
Thanks so much for the kind words!!
Mmmm😊
I don’t even understand