Analyzing the graph, if there's a positive integer solution within the feasible region, it indicates that Jordan and Payton can meet their cost and income goals. If there's no solution or only fractional solutions, they might need to reconsider their pricing or explore alternative business ideas.
Since there's no solution or only fractional solutions, they might need to reconsider their pricing or explore alternative business ideas.
Let x be the number of blankets and
y be the number of flashlights. The system of equations representing the cost and income is:
Cost Equation:
3x+5y≤45 (Total cost not exceeding their savings)
Income Equation:
6x+10y>180 (Goal of making more than $180)
The region where the shaded area of the two inequalities overlap is the feasible solution.
For the cost equation:
3x+5y≤45
For the income equation:
6x+10y>180
The shaded region where these two overlap is the solution space that satisfies both conditions. If this region allows for positive integer solutions for x and y (since you can't sell a fraction of a blanket or flashlight), then it's a feasible business venture.