00:01
This question just asks us to name the method that we would use, first of all, to find the derivative.
00:06
So the biggest thing that's going on here is a quotient.
00:08
So we would start with the quotient rule in this question.
00:13
And then as we're doing the quotient rule, the quotient rule says to do the top function, or sorry, the bottom function, which is this guy, times the derivative of the top.
00:21
Now, in here, the derivative of top, we're going to have a chain rule.
00:25
Not at, well, we're going to have a power rule as well.
00:28
So we're going to have a chain rule and a power rule.
00:31
Okay.
00:32
That function because we have a power rule here for the 3x squared and then this guy becomes a chain rule because it's a composite function and inside that chain rule is also some power rule so we're going to use that for the top derivative then the quotient rule says once you've done the top derivative multiply the bottom then you're supposed to go minus the top function times the drill of the bottom so the rid of this guy is a product rule okay and then inside of that product rule we again for this function have a chain rule...