# Determine from the graph whether the function has any absolute extreme values on [a, b]. Then explain how your answer is consistent with the extreme value theorem4.х0baWhere do the absolute extreme values of the function occur on [a, b]?A. The absolute maximum occurs at x =d and there is no absolute minimum on [a, b]B. There is no absolute maximum and the absolute minimum occurs at x = a on [a, b].C. There is no absolute maximum and there is no absolute minimum on [a, b].D. The absolute maximum occurs at x =d and the absolute minimum occurs at x = a on [a, b].Explain the results in terms of the extreme value theorem.A. The function satisfies the criteria, so absolute extrema may or may not exist.B. The function satisfies the criteria, so absolute extrema must exist.C. The function does not satisfy the criteria, so absolute extrema may or may not exist.D. The function does not satisfy the criteria, so absolute extrema must not exist.

Question

Can you help me step by step? help_outlineImage TranscriptioncloseDetermine from the graph whether the function has any absolute extreme values on [a, b]. Then explain how your answer is consistent with the extreme value theorem 4. х 0 b a Where do the absolute extreme values of the function occur on [a, b]? A. The absolute maximum occurs at x =d and there is no absolute minimum on [a, b] B. There is no absolute maximum and the absolute minimum occurs at x = a on [a, b]. C. There is no absolute maximum and there is no absolute minimum on [a, b]. D. The absolute maximum occurs at x =d and the absolute minimum occurs at x = a on [a, b]. Explain the results in terms of the extreme value theorem. A. The function satisfies the criteria, so absolute extrema may or may not exist. B. The function satisfies the criteria, so absolute extrema must exist. C. The function does not satisfy the criteria, so absolute extrema may or may not exist. D. The function does not satisfy the criteria, so absolute extrema must not exist. fullscreen
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Step 1

From the given graph it can be inferred that the absolute maximum is at x = d as y(d) is the maximum value.

Step 2

Similarly, the absolute minimum is at x = a as y(a...

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### Calculus 