Question: Suppose that y = f(x) = x - 4x + 4. Then on any interval where the inverse function y = f(x) exists, the

Suppose that y = f(x) = x - 4x + 4. Then

Suppose that y = f(x) = x - 4x + 4. Then on any interval where the inverse function y = f(x) exists, the derivative of y = f(x) with respect to x is: - (Hint: x24x + 4 can be factored and rewritten as "something" squared.) 1 2y-4' A. Both where x and y satisfy the equation y = x - 4x + 4, and x-1/2 B. C. 1 2x-4 1 C. 2-4, where x and y satisfy the equation y = x - 4x+4. D. x1/2 E. x-1/2

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