$\"\"$

Observe the figure express the relation as ordered pairs.

$\"\"$

Draw a table with two columns and list the x-coordinates in the first column and

y-coordinates in the second column. \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
\
x
\ \
y
\
\
6
\ \
8
\
\
$\"\"$ 3
\ \
5
\
$\"\"$ 3 3
\
2
\ \
$\"\"$ 2
\
\

$\"\"$

The domain of the relation is the set of all first (x-coordinates) coordinates.

The domain of the relation is $\"\"$ .

The range of the relation is the set of second (y-coordinates) coordinates.

The range of the relation is $\"\"$

$\"\"$

Inverse: Exchange x and y in each ordered pair and write the inverse of the relation

$\"\"$ . $\"\"$

The domain of the relation is $\"\"$ .

The range of the relation is $\"\"$ .

The inverse of the relation $\"\"$ .

\ x \	\ y \
\ 6 \	\ 8 \
\ $\"\"$ 3 \	\ 5 \
$\"\"$ 3	3
\ 2 \	\ $\"\"$ 2 \