\"\"

\

Observe the graph of \"\" :

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The function \"\" is a piecewise function.

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I/D test :

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If \"\" on the interval, then \"\" is increasing on the interval.

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If \"\" on the interval, then \"\" is decreasing on the interval.

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Observe the graph.

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\"\" over the intervals \"\", \"\" and \"\".

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Therefore, the function \"\" is increasing over the intervals \"\", \"\" and \"\".

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\"\"

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The function \"\" in the interval \"\".

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Since \"\", \"\" in the interval \"\", where \"\" is a constant.

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The function \"\" in the interval \"\".

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Since \"\", \"\" in the interval \"\", where \"\" is a constant.

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The function \"\" in the interval \"\".

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Since \"\", \"\" in the interval \"\", where \"\" is a constant.

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Here constant \"\" for the continuity of \"\"(Since \"\" is continuous in \"\")

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Graph :

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Graph the function \"\" such that above all the conditions are satisfied :

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\"\" .

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\"\"

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Since \"\", \"\" in the interval \"\".

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Since \"\", \"\" in the interval \"\".

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Since \"\", \"\" in the interval \"\".

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Therefore, the function \"\" exist everywhere except \"\".

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Graph :

\

Graph the function \"\" such that above all the conditions are satisfied :

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\"\".

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\"\"

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Graph of the function \"\":

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\"\".

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Graph of the function \"\" : 

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\"\".