b) f(x) = -4x3 – 6x² + 24x + 1 Use the first derivative test to determine the intervals where the function increases/decreases Determine the local min/max points of f(x) Use the second derivate test...

b) f(x) = -4x3 – 6x² + 24x + 1<br>Use the first derivative test to determine the intervals where the function<br>increases/decreases<br>Determine the local min/max points of f(x)<br>Use the second derivate test to determine the intervals of concavity<br>Sketch a possible graph of f(x)<br>

Extracted text: b) f(x) = -4x3 – 6x² + 24x + 1 Use the first derivative test to determine the intervals where the function increases/decreases Determine the local min/max points of f(x) Use the second derivate test to determine the intervals of concavity Sketch a possible graph of f(x)

Jun 04, 2022

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b) f(x) = -4x3 – 6x² + 24x + 1 Use the first derivative test to determine the intervals where the function increases/decreases Determine the local min/max points of f(x) Use the second derivate test...

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