Find the indicated derivative. d (340.5 – 2u2.5) du d du (340.5 - 2u2.5) = 0
find the indicated derivative. d/du (8u^0.1-3u^1.3)
Find each indicated derivative: 2x3 - 5x a. y' for y = x2 day b. for y = cotx dx2 c. f'(t) for f(t) = (3u² – 2u + 6) du d. y'for y = sin2 30
Find the derivative of the function. 17% u2 - 4 du lo g(x) = Hint: f(u) du = f(u) du + f(u) du J3x 42 + 4 J3X g'(x) =
Find The indicated second-order Partial derivative. fxx(x,y) if f(x,y)=5x-3y+3 Find the indicated second-order partial derivative. fxx (x,y) if f(x,y) = 5x - 3y + 3 fxx(x,y) =
Find The indicated second-order Partial derivative. fxx(x,y) if f(x,y)=5x-3y+3 Find the indicated second-order partial derivative. fxx (x,y) if f(x,y) = 5x - 3y + 3 fxx(x,y) =
Find the value of the derivative (if it exists) at the indicated extremum. (If an answer does not exist, enter DNE.) Ax) - -5xvx+I x A
Find the equation of y, given the derivative and the indicated point on the curve. oy = 2(x - 1)
Find the indicated partial derivative. f(x, y, z) = eryz7; fxyz fxyz(x, y, z) = _______
3. Find the derivative using the quotient rule. 2e* f(x) = x-1 4. Let u and y be differentiable functions of x. Find the value of the indicated derivative using the given information. Pay careful attention to notation. du Find dx v at x =1 if u(1) = 3, u'(1)=-5, v(1)=7, v'(1)=-3
1. +0/1 points | Previous Answers TaalmanCalc1 12.5.021 Use the Chain Rule to find the indicated derivative. Express your answer as a function of a single variable d when z 12 sin x cos y, x -e, and y - 113 d 12e c 11s396?sin(^sin(113) 2. 0/1 points | Previous Answers TaalmanCalc1 12.5.022. Use the Chain Rule to find the indicated derivative. Express your answer as a function of a single variable dz when z = 7x10ey, x = sin...