Step 1:

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

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 A function \"\" is continuous at \"\", if \"\" then it should satisfy three conditions :

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(1) \"\" is defined.

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(2) \"\" exists.

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(3) \"\".

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\"\"

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\"\"

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Substitute \"\" in above expression.

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\"\"

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\"\" is undefined at \"\".

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\"\" does not satisfies the condition.

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So \"\" is discontinuous at \"\".

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Graph :

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\"\" 

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As \"\" approaches to -2 from left hand side, \"\" tends to \"\".

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As \"\" approaches to -2 from right hand side, \"\" tends to \"\".

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The function \"\" does not exist because the left and right limits are different.

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The function is discontinuous at \"\".

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Solution :

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The function \"\" is discontinuous at \"\".