Choudry Company: APP Linear Programming -- Level Production, Overtime, and Subcontracting RegularProd.CapacityOvertimeProd.Capacity=3,500units/qtrSubcontractingCapacity=13,000units/qtrInventoryCapacityBeginningInventory=15,000units/qtrOvertimeProd.Cost=$13/unitSubcontractingCost=$18/unit=18,000units/qtr=4,900unitsRegularProd.Cost=$8/unitInventoryCost=$7/unit/qtr Linear Programming is to be used to determine the optimal mixture of Level Production, Overtime, and Subcontracting strategies. How many decision variables are in the model? Choudry Company: APP Linear Programming - Level Production, Overtime, and Subcontracting Regular Prod. Capacity =15,000 units/qtr Regular Prod. Cost =$8/ unit Overtime Prod. Capacity =3,500 units/qtr Overtime Prod. Cost =$13/ unit Subcontracting Capacity =13,000 units/qtr Subcontracting Cost =$18/ unit Inventory Capacity =18,000 units/qtr Inventory Cost =$7/ unit/qut Beginning Inventory =4,900 units Linear Programming is to be used to determine the optimal mixture of Level Production, Overtime, and Subcontracting strategies, How many decision variables are in the model? 7 18 15 19 12 Linear Programming is to be used to determine the optimal mixture of Level Production. Chase Demand, and Subcontractin strategies. Check all terms that are included in the objective function (select all correct answers): 70005 250W3 7R1 2.600H2 Amber Company: APP Linear Programming - Level Production, Chase Demand, and Subcontracting RegularProd.Cost=$7/unitSubcontractingCost=$11/unitInventoryCost=$2/unit/qtrBackorderCost=$9/unit/qtrHiringcost=$2,600/workerFiringcost=$5,500/worker Linear Programming is to be used to determine the optimal mixture of Level Production, Chase Demand, and Subcontracting strategies. Notice this is a different model than the previous question. How many constraints are in the model? Do not count nonnegativity constraints. 24 18 21 16