\"\"

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The function is \"\".

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This function represents a transformation of the graph of \"\".

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The transformation of function general form is \"\".

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Thus, here

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\"\", the graph is stretches vertically and reflected across the \"\"-axis.

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\"\", the graph is shifted \"\" units right.

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\"\", the graph is translated \"\" units down.

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Graph:

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Graph the function \"\".

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\"\"

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Observe the graph:

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Domain is \"\".

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Range is \"\".

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\"\"

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Identify the asymptotes.

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Identify the \"\"-values for \"\" is undefined.

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\"\"

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\"\" is not defined for value of \"\".

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Thus, there is an asymptote at \"\".

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From \"\", as a \"\"-values decrease, \"\"-values approach \"\", and as \"\"-values increase, \"\"-values approach \"\".

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Thus there is an asymptote at \"\".

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\"\"

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Graph of the function \"\" is \ \

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\"\"

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The domain is \"\" and the range is \"\".

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The asymptote at \"\".