Solving Related Rates Problems, Derivative, Cylinder, Volume Change - Calculus

This calculus video covers a worked example on solving related rates problems. This is a main topic on the contextual applications of differentiation.

[BraydenWolframe]

Buddy explained this better than my college prof in 30 seconds compared to 6 hours of class.

[momuali]

what happens if you use the power rule for r^2. then you get dv/dt=2(pi)(r)(dh/dt)

[Komo]

Hello! Might be a little late on this question, but is there a trick for figuring out a related rates equations? The algebra isn’t too hard, but finding out the equation is very difficult for me.

[davidthomas]

I get that dr/dt is 0 so it doesn’t matter but i think it would be better for people that don’t know that when differentiating pi r^2 it should be 2pi r. Maybe also show product rule because i did get confused for a second. Otherwise good video