The figure shows the graphs of the cost and revenue functions for a company that manufactures and sells binoculars. Use
the information in the figure to answer the question.
-The company's cost for manufacturing x binoculars is determined by the equation y = x + 1500. The revenue for selling x binoculars is determined by the equation y = 3x. The break-even point is the point at which the cost
And revenue equations intersect. How many binoculars must be produced and sold for the company to break
Even?
A)750 binoculars
B)1500 binoculars
C)2700 binoculars
D)2250 binoculars

Question

The figure shows the graphs of the cost and revenue functions for a company that manufactures and sells binoculars. Use
the information in the figure to answer the question. 
-The company's cost for manufacturing x binoculars is determined by the equation y = x + 1500. The revenue for selling x binoculars is determined by the equation y = 3x. The break-even point is the point at which the cost
And revenue equations intersect. How many binoculars must be produced and sold for the company to break
Even?
A)750 binoculars 
B)1500 binoculars 
C)2700 binoculars 
D)2250 binoculars

Quizplus · Accepted Answer

To find the break-even point, set the cost equation equal to the revenue equation: x + 1500 = 3x. Solving for x gives x = 750 binoculars.

The Figure Shows the Graphs of the Cost and Revenue