1. Consider the transportation problem and its initial solution in the table below. The cell source 3 dimensional is currently empty. What would be the change in the objective if the largest possible amount were shipped using that route leaving all the supply and demand conditions unchanged? NOTE: If the first (COSTS) table interior cells show units costs, and margin figures show demand requirements supply capacity in units. The second table shows units allocated in the initial solution. Transportation Dest 1 Dest 2 Dest 3 Dest 4 SUPPLY Costs Source 1 12 18 9 11 45 Source 2 19 7 30 15 145 Source 3 8 10 14 16 50 Demand 80 30 70 60 240/240 Shipments Dest 1 Dest 1 Dest 2 Desta Dest 3 Dest 4 Row Total Source 1 30 o 70 5 105 Source 2 0 60 0 85 145 Source 3 50 0 0 0 50 Colum total BO 60 70 90 300/300 a) 150 b) 75 c)17 d3e115 1. Consider the transportation problem and its initial solution in the table below. The cell source 3 dimensional is currently empty. What would be the change in the objective if the largest possible amount were shipped using that route leaving all the supply and demand conditions unchanged? NOTE: If the first (COSTS) table interior cells show units costs, and margin figures show demand requirements supply capacity in units. The second table shows units allocated in the initial solution. Transportation Dest 1 Dest 2 Dest 3 Dest 4 SUPPLY Costs Source 1 12 18 9 11 45 Source 2 19 7 30 15 145 Source 3 8 10 14 16 50 Demand 80 30 70 60 240/240 Shipments Dest 1 Dest 1 Dest 2 Desta Dest 3 Dest 4 Row Total Source 1 30 o 70 5 105 Source 2 0 60 0 85 145 Source 3 50 0 0 0 50 Colum total BO 60 70 90 300/300 a) 150 b) 75 c)17 d3e115