ext/map/index.html?con=con&external browser=0&launchUrl= exercise Seved Problem 14-3 Bindley Corporation has a one-year contract to supply motors for all washing machines produced by Rinso Ltd. Rinso manufactures the washers at four locations around the country: New York, Fort Worth, San Diego, and Minneapolis. Plans call for the following numbers of washing machines to be produced at each location: New York Fort Worth San Diego Minneapolis 50,000 70,000 60,000 80,000 Bindley has three plants that can produce the motors. The plants and production capacities are Boulder Macon Gary 100,000 100,000 150,000 Due to varying production and transportation costs, the profit Bindley earns on each 1000 units depends on where they were produced and where they were shipped. The following table gives the accounting department estimates of the dollar profit per unit (Shipment will be made in lots of 1,000) ta search O BI SHIPPED TO PRODUCED AT Boulder Macon Gary NEW YORK FORT WORTH SAN DIEGO MINNEAPOLIS 7 11 8 13 20 17 12 10 8 18 13 16 ok Given profit maximization as a criterion, Bindley would like to determine how many motors should be produced at each plant and how many motors should be shipped from each plant to each destination. nt rences The transportation grid for this problem is: From/to New York Fort Worth San Diego Minneapolis Supply Boulder 7 111 13 100,000 Macon 20 117 12 110 100,000 Gary. 8 18 13 16 150,000 Requirements 50.000 70,000 60.000 80,000 Develop a transportation model for Bindley. Use Xij to represent the shipment volume from a supply site to a demand site where i 1,2,3; 3=1,2,3,4. For example, X11 represents the shipment volume from Boulder to New York. X34 represents the shipment volume from Gary to Minneapolis 1) Objective Function: 2) List ONE of the constraints: ONE Supply constraint ONE Demand constraint Non negativity restrictions Me