$\"\"$

The function is $\"h\\left$ .

Make the table of values to find ordered pairs that satisfy the function.

Choose values for $\"x\"$ and find the corresponding values for $\"y\"$ .

$\"x\"$	$\"h\\left$	$\"\\left$
$\"\\frac{12}{7}\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"2\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"3\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"4\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"5\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"6\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$
$\"7\"$	$\"y=4+\\sqrt{7\\left$	$\"\\left$

$\"\"$

Graph :

1. Draw a coordinate plane.

2. Plot the coordinate points.

3. Then sketch the graph, connecting the points with a smooth curve.

$\"\"$

Observe the above graph :

Domain of the function is $\"\\left$ .

Range of the function is $\"[4,$ .

No intercepts.

End behavior : $\"lim_{x\\rightarrow$ .

The function is continuous on the interval $\"\\left$ .

Increasing on the interval : $\"\\left$ .

$\"\"$

The graph of the function $\"h\\left$ is :

$\"\"$

Domain of the function is $\"\\left$ .

Range of the function is $\"[4,$ .

No intercepts.

End behavior : $\"lim_{x\\rightarrow$ .

The function is continuous on the interval $\"\\left$ .

Increasing on the interval : $\"\\left$ .