\"\"

\

(a)

\

The function is \"\".

\

Function \"\" graph is

\

\"

\

Let g(x) be the function of given graph.

\

Observe the point from two graphs f and g as follows:

\

The graph of g is a vertical shift of three units to the down of the graph \"\".

\

So, the equation for g is \"\".\"\"

\

The equation of graph is \"\".

\

\"\"

\

The function is \"\".

\

Function \"\" graph is

\

\"

\

Let g(x) be the function of given graph.

\

Observe the point from two graphs f and g as follows:

\

The graph of g is a horizontal shift of one unit to the left followed by a down ward shift of seven units of the graph of \"\".

\

So, the equation for g is \"\".\"\"

\

The equation of graph is \"\".

\

\"\"

\

The function is \"\".

\

Function \"\" graph is

\

\"

\

Let g(x) be the function of given graph.

\

Observe the points from two graphs f and g as follows:

\

The graph of g is a horizontal shift of five units to the right followed by a reflection in the x - axis followed by an upward shift of five units of the graph of \"\".

\

So, the equation for g is \"\".\"\"

\

The equation of graph is \"\".