\

The function is \"\".

\

Basic function is \"\".

\

There are three stages obtain the graph of  \"\"  from basic function \"\".

\

Shift 1: From \"\" to \"\".

\

\"\", shift the graph of \"\" \"\" units to the left.

\

Replace \"\" by \"\".

\

The points \"\" are on \"\".

\

Therefore, the points \"\" are on \"\".

\

\"\"

\

\

Shift 2: From \"\" to \"\".

\

Reflect about the \"\"-axis.

\

Replace \"\" by \"\".

\

The points \"\" are on \"\".

\

Therfore, the points \"\" are on \"\".

\

\"\"

\

\

Shift 3: From \"\" to \"\".

\

The graph of \"\" is obtained from \"\" stretch the graph vertically, multiplying each \"\"-coordinate of \"\" by \"\".

\

The points \"\" are on \"\".

\

Therefore, the points \"\" are on \"\".

\

\"\"

\

Observe the graph:

\

The domain of the \"\" is all real numbers.

\

Domain of \"\" in the interval notation: \"\".

\

Range of  \"\" is \"\".

\

Range of \"\" in the interval notation: \"\".

\

\

Graph:

\

\"\"

\

Domain of \"\" in the interval notation: \"\".

\

Range of \"\" in the interval notation: \"\".