\"\"

\

Observe the graph:

\

Since \"\" is undefined  when \"\".

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There is no point on the graph when \"\".

\

So, the graph is a hyperbola.

\

The graph represents hyperbola when \"\".

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The graph of the equation is \"\".

\

Hence \"\" varies inversely as \"\".

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The product of \"\" is a constant \"\".

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The product is constant, so the table represents an inverse variation.

\

Therefore, the inverse variation equation is \"\".\"\"

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Inverse; The table represent a equation is \"\".