Thank you so much for your video mate. I don't usually comment on youtube videos, but I wanted to say please keep on going. You are really helping out students like me and I really appreciate it.
I think its important to mention that you stop at n - 1 order when writing the Wronskian matrix where n is the number of functions. if you had 3 functions then you would stop at the second derivative for each function.
Straight to the point, no fluff, good content. Great video, thanks!
Thank you!
Thank you so much for your video mate. I don't usually comment on youtube videos, but I wanted to say please keep on going. You are really helping out students like me and I really appreciate it.
Thank you! I really appreciate your comment.
the best explanation yet! but why is this on bottommost part of the recommendations
Thank you!
YOO great explanation! very clear and concise. My professor is horrible but you have made it 10x easier to understand. appreciate you bro
Unfortunately I had the same experience with Professors lol I'm glad this was able to help you! Thanks for watching!
I think its important to mention that you stop at n - 1 order when writing the Wronskian matrix where n is the number of functions. if you had 3 functions then you would stop at the second derivative for each function.
May I know, is this topic just all about proving whether its linearly in/dependent and not aiming for a general solution?