Find the zeros of f(x) = -x3 - 2x² + 7x-4. Then describe the behavior of the graph of f at each zero.A. 4,-1; As x →-0o, f-0o, When -1 1, f oo.B. -4, 1; As x →-o, f→ -0o. When -4 0. At x = 1, f is tangent to the x-axis, so when x > 1, f -00.C. 4,-1; As x→o, f→ , When -1 0. At x = 4, f is tangent to the x-axis, so when x > 1, f-→o.D. -4, 1; As x→-0, f→ 0o. When -4 1, f→ -00,

Name: Find the zeros of f(x) = -x3 - 2x² + 7x-4. Then describe the behavior
Uploaded: 2024-03-20T06:47:22.000Z
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Description: Find the zeros of f(x) = -x3 - 2x² + 7x-4. Then describe the behavior of the graph of f at each zero.A. 4,-1; As x →-0o, f-0o, When -1 1, f oo.B. -4, 1; As x →-o, f→ -0o. When -4 0. At x = 1, f is tangent to the x-axis, so when x > 1, f -00.C. 4,-

Here we have to find the zeros of the given function f(x) = - x3 – 2x2 + 7x – 4 and find the…

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Find the zeros of f(x) = -x3 - 2x² + 7x-4. Then describe the behavior of the graph of f at each zero. %3D A. 4,-1; As x →-0o, f-0o. When -1 1, f oo, B. -4, 1; As x →-00, f→ -0o. When -4 0. At x = 1, f is tangent to the x-axis, so when x > 1, f-0o. C. 4,-1; As x→-0o, f→ 0o. When -1 0. At x = 4, f is tangent to the x-axis, so when x > 1, f o. D. -4, 1; As x→-0o, f→ 0o. When -4 1, f → -00,