Step 1: \ \

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The function is \"\". \ \

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\"\" prime of \"\" means the first derivative of \"\" at \"\".

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First find the derivative of the function using the limit definition of derivative. \ \

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Limit definition of derivative: \"\". \ \

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\"\"

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Derivative of the function is \"\".

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Now find \"\" prime of 3.

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\"\" prime of 3 can be written as \"\".

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Substitute \"\" in the derivative of the function. \ \

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\"\"

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\"\" prime of 3 is 36. \ \

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Step 2:

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Find the slope of the tangent line at \"\".

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Slope of the tangent is the derivative of the function at that point. \ \

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Substitute \"\" in the derivative of the function.

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\"\"

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The slope of the tangent line at \"\" is 60.

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Solution: \ \

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\"\" prime of 3 is 36. \ \

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The slope of the tangent line at \"\" is 60.

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