\"\"

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(a)

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Find \"\".

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Observe the graph.

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As \"\" tends to \"\"\"\" approaches to \"\".

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Hence \"\".

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(b)

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Find \"\".

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Observe the graph.

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As \"\" tends to \"\"\"\" approaches to \"\".

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Hence \"\".

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(c)

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Find \"\".

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Observe the graph.

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Left hand limit \"\" :

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As \"\" tends to \"\" from left side, \"\" approaches to \"\".

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Hence \"\".

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Right hand limit \"\" :

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As \"\" tends to \"\" from right side, \"\" approaches to \"\".

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Hence \"\".

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Left hand limit and right hand limit are equal, \"\" exist.

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Therefore \"\".

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(d)

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Find \"\".

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Observe the graph.

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Left hand limit \"\" :

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As \"\" tends to \"\" from left side, \"\" approaches to \"\".

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Hence \"\".

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Right hand limit \"\" :

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As \"\" tends to \"\" from right side, \"\" approaches to \"\".

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Hence \"\".

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Left hand limit and right hand limit are equal, \"\" exist.

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Therefore \"\".

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(e)

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Vertical asymptote :

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The vertical asymptote is a line equation, toward which a function \"\" approaches to either positive or negative infinity.

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Observe the graph.

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The function approaches to positive infinity at \"\" and negative infinity at \"\".

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The vertical asymptotes are \"\" and \"\".

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Horizontal asymptote :

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The horizontal asymptote is a line equation, as the value of \"\" approaches to either positive or negative infinity.

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Observe the graph.

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The horizontal asymptotes are \"\" and \"\".

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(a) \"\".

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(b) \"\".

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(c) \"\".

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(d) \"\".

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(e) The asymptote are \"\", \"\", \"\" and \"\".