Unrelated to the video, but I just wanted to say thank you for the Linear Algebra series, it helped so much! If you could do a whole series on ODE's, you would literally be the greatest to ever do it. Please and thank you :)
This subject is hard for me because the word problems are not realistic. For example, how can 1 side of a ladder move faster than the other side. In the real world universe in which we all live in, how can a ladder increase its distance from a wall at 1ft/s while falling towards the ground at 3/4ft/s. The only way is to increase the length of the hypotenuse (ladder) which the derivative is not taking into account.
![How to Solve ANY Optimization Problem [Calc 1]](http://i.ytimg.com/vi/cUMvwG7wvzM/mqdefault.jpg)
![How to Solve ANY Optimization Problem [Calc 1]](/img/tr.png)
You are my Roman Empire
Bro started mewing 💀0:08
Like a true CHAD mathematician I thank him and am mewing right now as we speak
Thank you! My Calc BC final is tomorrow, this is a game changer for someone who's historically unskilled in related rates problems. :)
Unrelated to the video, but I just wanted to say thank you for the Linear Algebra series, it helped so much! If you could do a whole series on ODE's, you would literally be the greatest to ever do it. Please and thank you :)
This is one of the best videos I have seen. Keep up the good work
thank you so much for this video! very helpful! the ap calc ab exam is tomorrow and this is a subject i've struggled with all year, thank u!!
Can you PLEASE DO A VIDEO ON introduction to related rates with TWO EQUATIONS!? In calculus
tysm! quiz is tmrw and I needed a good review haha
omg thank you this has been the easiest video to follow
Great video. Thanks for sharing
Awesome! You finally remembered you have a youtube channel? XD
does this apply to edgemaxxing?
I’m using pumpmaxxing
This is awesome! Thanks!
Thank you, keep making videos!
these questions require creativity, and its so hard for me dang
You worked the flashlight and runner problem using the tangent. Can you explain why this problem cannot be worked using sin(theta)?
Thank you, this is so clear.
edging to this
Wtf
This subject is hard for me because the word problems are not realistic. For example, how can 1 side of a ladder move faster than the other side. In the real world universe in which we all live in, how can a ladder increase its distance from a wall at 1ft/s while falling towards the ground at 3/4ft/s. The only way is to increase the length of the hypotenuse (ladder) which the derivative is not taking into account.
It's only at one "curve" in the chart. Eventually it turns into another curve and so forth.
For the second one i got -9/80, how come you times it by sec squared theta?
Thanks
Thank you
Thank you.
6:32 made me lose focus
lol need u