\"\"

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The function is \"\"

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(a)

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The maclaurin series of \"\" is \"\", \"\".

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Consider \"\".

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Replace \"\" with \"\".

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\"\"

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\"\".

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Observe the \"\" series it is undefined at \"\".

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In function \"\" is defined at \"\".

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Therefore, the function is not equal to its maclaurin series.

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\"\"

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(b)

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Graph the function \"\"

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\"\"

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Observe the graph:

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As \"\" tends to \"\", the function value approaches to \"\".

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\"\".

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\"\"

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(a) The function is not equal to its maclaurin series.

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(b) Graph of the function \"\"

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\"\"

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As \"\" tends to \"\", the function value approaches to \"\".

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\"\".