A system of inequalities can be used to determine the depth of a toy, in meters, in a pool depending on the time, in seconds, since it was dropped. Which constraint could be part of the scenario? The pool is 1 meter deep. The pool is 2 meters deep. The toy falls at a rate of at least a meter per second. The toy sinks at a rate of no more than a meter per second.

(A)The pool is 1 meter deep.

Step-by-step explanation:

The graph that is to be interpreted is attached below.

From the graph:

We have a bold red line at y=-1

Since above the line is shaded(in red), the first inequality is: y ≥ -1

Next

The blue line is dotted and passes through points (0, 0) and (-2, -1).

We determine the equation of the blue line, y=mx+b.

Slope of the blue line,

Since the y-intercept, b=0

The equation of the line is:

Since below the blue line is shaded, the inequality showing the shaded area is:

Therefore, a solution to the set of inequalities is (2, -1)

Since the pool is 1 meter deep and anything beyond this is outside the feasible region, the constraint is:

(A). The pool is 1 meter deep.

16

step-by-step explanation:

2 x 40 = 80

80/5

= 16