Step 1:

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The function is \"\" , \"\".

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Taylors theorem:

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If a function \"\" is differentiable through order \"\" in an interval \"\" containing \"\", then for each \"\" in \"\",there exist \"\" between \"\" and

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\"\" such that , \"\"

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Where \"\"

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Here \"\" and \"\".

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Rewrite the function in polynomial form \"\".

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\"\"

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Differentiate with respect to \"\" on each side.

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\"\"

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Determine \"\" by substituting corresponding values in \"\".

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\"\"

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Step 2:

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The error cannot exceed 0.001 implies that \"\"

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\"\"

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Taking fourth root on each side.

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\"\"

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If \"\", then \"\" 

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So \"\"  and \"\".

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Therefore, \"\"

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\"\"

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For \"\", the value of \"\" is lies between \"\"

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Solution:

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The value of \"\" is lies between \"\"