Step 1:

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Graph the derivative of the function.

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First derivative of the function :

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1). If the graph of the function is increasing (goes up) then \"\".

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\"\" represents that the graph of the function \"\" is above \"\"-axis.

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2). If the graph of the function is decreasing (goes down) then \"\"

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\"\" represents that the graph of the function \"\" is below \"\"-axis.

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3). \"\" at the local extremum points.

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Step 2:

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Observe the graph of the function \"\".

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The function is increasing in the interval \"\", hence the derivative of the function is greater than 0.

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The function is decreasing in the interval \"\", hence the derivative of the function is less than 0.

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The function is increasing in the interval \"\", hence the derivative of the function is greater than 0.

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Local maximum : \"\".

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Local minimum : \"\".

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So the derivative of the function is zero at \"\" and \"\".

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Step 3:

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Graph :

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Graph the function such that it satisfies the below conditions:

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The derivative of the function is greater than 0 for \"\" and \"\".

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The derivative of the function is less than 0 for \"\".

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\"\"

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Solution :

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Graph of the derivative of the function is

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\"\"