\(\text{y} = -2\text{x} + 7\)

\(\text{y} = \cfrac{3}{4}\text{x} + 3\)

\(12\text{x} + 9\text{y} = 15\)

The table shows the cost for a clothing store to buy jeans and khakis. The total cost for Saturday’s shipment, $1,800, is represented by the equation \(15\text{x} + 20\text{y} = 1,800\). Use the x- and y-intercepts to graph the equation. Then interpret the x- and y-intercepts.

The total number of legs, 1,500, on four-legged and two-legged animals in a zoo can be represented by the equation \(4\text{x} + 2\text{y} = 1,500\). Use the x- and y-intercepts to graph the equation. Then interpret the x- and y-intercepts.