2, and x-4. You do not need to find them. The critical numbers for f(x)=x4-8x3 +...

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2, and x-4. You do not need to find them. The critical numbers for f(x)=x4-8x3 + 16x2 +5 are x 0, x You may also use the fact that the derivative of f(x) is 4x3 24x2 + 32x Find the relative minima and relative maxima. QUESTION 2 The critical numbers for f(x)=x4-8x3 + 16x2 + 5 are x 0, x 2, and x 4. You do not need need to find them. You may also use the fact that the derivative of f(x) is 4x3-24x + 32x. Find the absolute maximum and absolute minimum on the interval [3, 5]. You must use the method from the book and notes; do not attempt to find the answer from a graph. QUESTION 3 A commodity has a demand function of p=100-0.5x and a cost function C-50x + 37.5. Find the price that will maximize the profit. ALT+510 VDCLOCAL THEN-510 (Mac 2, and x-4. You do not need to find them. The critical numbers for f(x)=x4-8x3 + 16x2 +5 are x 0, x You may also use the fact that the derivative of f(x) is 4x3 24x2 + 32x Find the relative minima and relative maxima. QUESTION 2 The critical numbers for f(x)=x4-8x3 + 16x2 + 5 are x 0, x 2, and x 4. You do not need need to find them. You may also use the fact that the derivative of f(x) is 4x3-24x + 32x. Find the absolute maximum and absolute minimum on the interval [3, 5]. You must use the method from the book and notes; do not attempt to find the answer from a graph. QUESTION 3 A commodity has a demand function of p=100-0.5x and a cost function C-50x + 37.5. Find the price that will maximize the profit. ALT+510 VDCLOCAL THEN-510 (Mac