Yeah, I'm gonna do implicit and not forget
To derive using the chain rule
I'm gonna take the derivative of f(x)
I'm gonna find the rate of change
I got the zero on the top
Zero on the bottom
Using L'Hospital to the find the limit of this problem
Multiply by pi
Integrate the square
Of top minus bottom, it's the volume oh yeah
Can't integrate position
At least not in AB
Can't integrate position
At least not in AB
Deriving using chain
Deriving using product
Deriving using quotient
y' that's how we got it
Integrating functions
Don't forget U-Sub
Otherwise you'll end up
Getting at 2 (On the AP)
Can't integrate position
At least not in AB
Can't integrate position
At least not in AB
Yeah, I'm gonna do implicit and not forget
To derive using the chain rule
I'm gonna take the derivative of f(x)
I'm gonna find the rate of change
Product rule, quotient rule
Can we use to integrate?
That's not possible, but we can to differentiate
Jacobs' got a problem: batting average of his kids y'all
Spending time in class with stories just so we can stall
Got no stress, I've been through all that
APs are over now so I can kick on back
Wish I could roll on back to the start of school
I want this guy, till I don't no more
Yeah, I'm gonna wear my jeans and my vest today
I'm gonna, talk about my son's baseball
I'm gonna sketch it out 'cause I'm in doubt
We gotta, 5 on the AP
