MS electronics think that a change in manufacturing location could increase profits by reducing costs. The following scenario is thought to be possible: unit profit for the MX2 increases by 30% and simultaneously the MX3 increases by 20%. How would these changes impact the optimal solution? O These changes are allowed. The value of the objective function will increase by 50%. These changes are allowed. The value of the objective function will increase by $19,452. Nothing. The values of the decision variables, the shadow (dual) prices, and the objective function value will all remain the same. O These changes are not allowed. The problem will need to be resolved to find the new optimal solution. The same decision variables will be positive, but their values, the objective function value, and the dual prices will change. MS electronics think that a change in manufacturing location could increase profits by reducing costs. The following scenario is thought to be possible: the only change is that the unit profit for the MX4 increases by 10%. How would this change impact the optimal solution? This change is not allowed. The problem will need to be resolved to find the new optimal solution. The value of the objective function will change, but the values of the decision variables and the dual prices will remain the same. The same decision variables will be positive, but their values, the objective function value, and the dual prices will change. Nothing. The values of the decision variables, the shadow (dual) prices, and the objective function value will all remain the same. Objective function value will increase by 10%. Which of the following is the wiring time constraint? 20MX1 + 30MX2 + 35MX3 + 25MX4 S 16,000 0.5MX1 + 1.5MX2 + 3.0MX3 + 1.0MX4 = 16,000 15884MX1 + 500MX2 + 2136MX3 + 900MX4 S 16,000 0.5MX1 + 1.5MX2 + 3.0MX3 + 1.0MX4 2 16,000 0.5MX1 + 1.5MX2 + 3.0MX3 + 1.0MX4 S 16,000