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The function \"\" which has a minimum located at \"\".

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The function \"\".

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The graph of \"\" is the graph of \"\" expanded vertically by a factor of \"\", reflected in the \"\"-axis, and translated \"\" unit down.

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The minimum point of \"\" is \"\".

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Expanded vertically by a factor of \"\".

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Multiply \"\"-coordinate by \"\".

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\"\".

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Reflected in the \"\"-axis.

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Multiply \"\"-coordinate by \"\".

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\"\".

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Next translated \"\" unit down.

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Subtract \"\" from \"\"-coordinate.

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\"\".

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Therefore, the maximum of \"\" located at the point \"\".

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Maximum value of \"\" is \"\".

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Option B is correct.

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Option B is correct.

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