The screenshot below is from a template solution for a problem. Assume that all values under 'Input Parameters' are constant and would not change. Values under 'Decision Variables' are decision variables and can be changed. You can download the excel file by clicking here A 1 Input Parameters 2 3 4 16 7 18 9 10 11 12 Decision Variables 13 14 15 16 17 Objective 18 19 20 Unit Profit Fixed-Cost Minimum Production Amt. Lincar B Resources Non-Linear Machining Grinding Assembly Total profit before the setup cost Setup Cost Total Profit Are we producing" Amount of production Cannot be determined. 0 D E Product 1 Product 2 Product 3 $48 $55 $50 5800 $900 $1.000 30 Product 1 2 0 5 Hours Required Product 2 Product 3 Available 3 600 3 300 400 6 4 2 For the following formula, will the result be linear, non-linear, or cannot be determined? =C11 C15+D14 D15+E14 E15 F Product 1 Product 2 Product 3

The screenshot below is from a template solution for a problem. Assume that all values under 'Input Parameters' are constant and would not change. Values under 'Decision Variables' are decision variables and can be changed. You can download the excel file by clicking here \& ? For the following formula, wil the resuit be lineaf, non lineat, or cannot be determined? -C1A'C15*D1A'D15+E14'E1S The screenshot below is from a template solution for a problem. Assume that all values under 'Input Parameters' are constant and would not change. Values under 'Decision Variables' are decision variables and can be changed. You can download the excel file by clicking here \& ? For the following formula, wil the resuit be lineaf, non lineat, or cannot be determined? -C1A'C15*D1A'D15+E14'E1S