2. Your team is informed that multiple other manufacturing facilities are available and is given an extended list of potential vaccine manufacturers as seen in the table below. However, you can only choose three of them. No. 1 2 No. 1 2 Vaccination Clinics Location Virginia Beach Alexandria Blacksburg Charlottesville Lake Ridge Demand 17000 10000 7000 6500 4500 3 3 Potential Manufacturing Facilities Location Vaccine Production Capacity Norfolk 25000 Suffolk 10000 Richmond 15000 Hampton 12000 Lynchburg 17000 Manassas 30000 Arlington 15000 Newsport News 18000 Dale City 21000 Reston 16000 4. 4 5 5 6 7 8 9 10 a. (5 pts.) Update the distance matrix. b. (10 pts.) Model the problem. c. (20 pts.) Provide a transportation plan which minimizes the total distance travelled and clearly contains the choice of manufacturing facilities, the number of vaccine shots to be transported, and the source/destination for them. d. (5 pts.) Provide a figure which represents your proposed solution visually. 2. Your team is informed that multiple other manufacturing facilities are available and is given an extended list of potential vaccine manufacturers as seen in the table below. However, you can only choose three of them. No. 1 2 No. 1 2 Vaccination Clinics Location Virginia Beach Alexandria Blacksburg Charlottesville Lake Ridge Demand 17000 10000 7000 6500 4500 3 3 Potential Manufacturing Facilities Location Vaccine Production Capacity Norfolk 25000 Suffolk 10000 Richmond 15000 Hampton 12000 Lynchburg 17000 Manassas 30000 Arlington 15000 Newsport News 18000 Dale City 21000 Reston 16000 4. 4 5 5 6 7 8 9 10 a. (5 pts.) Update the distance matrix. b. (10 pts.) Model the problem. c. (20 pts.) Provide a transportation plan which minimizes the total distance travelled and clearly contains the choice of manufacturing facilities, the number of vaccine shots to be transported, and the source/destination for them. d. (5 pts.) Provide a figure which represents your proposed solution visually