carpel tunnel syndrome? is that what your asking?
"If that wasn't illegal, then it wouldn't be against the law" may commit which fallacy?
The drawing shows two boxes resting on frictionless ramps. One box is relatively light and sits on a steep ramp. The other box is heavier and rests on a ramp that is less steep. The boxes are released from rest at A and allowed to slide down the ramps. The two boxes have masse
Calculus L'Hopital Rule
lim x->0 (x)sin(x)/1-cos(x). They both go to 0 so 0/0. now take L'H and product rule of top? lim x->0 (1)sin(x)+ cos(x)(x)/1-cos(x) what next? how do i solve from here?
f(4)= 4^4 e^-4 = 4.6888
f(x)=x^4e^-x f(0)=0^4e^0 = 0 f(-4)=-4^4e^4 = 13977.13 I feel like i didnt do that right. It seems like a weird number for a critcal point.
Sub 0 and -4 into f(x). or f'(x)?
Would the derivative be e^-x (x^4-4x^3)?
Find the critical points of f(x)=x^4e^-x. You would use the product rule. Then what?
The side of a square box is increasing at a rate of 4mm/s and its height is increasing at a rate of 2mm/s. How fast is the volume increasing when the side is 40mm and the height is 100mm. Can someone just tell me what formula to use?
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