\"\".

\

If \"\" is a  point on a graph \"\", then \"\" is a point on the graph \"\".

\

The function \"\" has a zero at \"\" then \"\".

\

\"\" is a  point on a graph of \"\", then \"\" is a point on the graph \"\".

\

The point \"\" represents \"\".

\

Hence the point \"\" represents the \"\"-intercept of the inverse function.

\

\"\"

\

The point \"\" represents the \"\"-intercept of the inverse function.