You set up and ran an LP problem about the supply and demand of flu vaccine in 6 cities, and resulted with the following Sensitivity Report 70 20 30 6 Variable Cells 7 Final Reduced Objective Allowable Allowable 8 Cell Name Value Cost Coefficient Increase Decrease 9 $C$2 Units Shipped F-C 0 15 20 10 $D$2 Units Shipped E-D 145 0 20 1E+30 20 11 $E$2 Units Shipped A-C 80 0 20 20 12 $F$2 Units Shipped A-B 100 0 30 1E+30 50 13 $G$2 Units Shipped C-A 0 60 30 1E+30 60 14 $H$2 Units Shipped D-F 270 0 15 20 20 15 $I$2 Units Shipped D-E 0 40 20 1E+30 40 16 $J$2 Units Shipped D-A 0 20 20 1E+30 17 $K$2 Units Shipped B-E 0 80 30 1E+30 80 18 $L$2 Units Shipped B-A 0 60 30 1E+30 60 19 20 23 19 20 Constraints 21 22 Cell Name $M$4 F Totals $M$5 E Totals 25 $M$6 A Totals 26 $M$7 C Totals 27 $M$8 D Totals 28 $M$9 B Totals 29 24 Final Shadow Constraint Allowable Allowable Value Price R.H. Side Increase Decrease 200 35 200 15 145 -145 0 -160 15 1E+30 -180 20 -180 15 70 150 50 150 15 70 -125 20 -125 15 145 100 50 100 15 70 What is the total cost of shipping vaccines? Type your final answer into the field provided below, Round up to two decimal places, do not include any special characters (such as @#$%^&") This question is not case sensitive There is only one correct