need help with just part B?

Wslaid di B.7 Linear Programming Applications Close 3 of 3 (3 complete) 2 correct Problem B.38 Question Help Tri-State Manufacturing has three factories (1, 2, and 3) and three warehouses (A, B, and C). The following table shows the shipping costs between each factory and warehouse, the factory manufacturing capabilities (in thousand, and the warehouse capacities (in thousands). Management would like to keep the warehouses filled to capacity in order to generate demand To Warehouse Warehouse B Warehouse C Production Capability From Factory 1 Factory 2 Factory 3 Capacity S6 $8 $11 15 $5 $10 $14 10 $3 $B $18 9 12 8 14 Write the objective function and the constraint in equations. Let X,- 1,000s of units shipped from factory i to warehouse j, and so on. a) The objective function, for the LP model = (shipping cost from factory 1) Minimize Z= $6 X1 + $5X18 +$3X1c + $8 X2A +$10 X2B + $8 X2c (shipping cost from factory 2) + Enter your answer in the answer box and then click Check Answer Check Answer Clear All All parts showing 2:49 PM 5/18/2020 i e GO $ TIT O EL Type here to search B.7 Linear Programming Applications 3 of 3 (3 complete) X Problem B.38 Qu a) The objective function, for the LP model = Minimize Z= + $6 X1 + $5X18 +$3 X10 $8 X2A +$10 X28 + $8 X20 + $11 X3A +$14 X38 + $18 XC (shipping cost from factory 1) (shipping cost from factory 2) (shipping cost from factory 3) Subject to: = 15 X,A+ XA + X3A X18+X28+X38 = 10 Xc+Xc+X3c = 9 X1A+X18+Xc 12 X2A+X28+X2c 5 8 X3A + XB + XC s 14 For all X,,20 Warehouse A capacity utilization Warehouse B capacity utilization Warehouse C capacity utilization Factory 1 production capability Factory 2 production capability Factory 3 production capability non negativity condition Enter your answer in the answer box and then click Check Answer. Check Clear All All parts showing O e M Type here to search X Problem B.38 + (shipping cost from factory 2) $8 X2A +$10 X2B + $8 X20 $11 X3A +$14 X 38 +$18 X30 (shipping cost from factory 3) Subject to: XIA + X2A + X3A = 15 Warehouse A capacity utilization X18+X28 + X30 = 10 Warehouse B capacity utilization X,c + XC+Xgc = 9 Warehouse C capacity utilization X,A+X, B + X, cs 12 Factory 1 production capability X2 + XB + X 58 Factory 2 production capability X3A+XzB + X 5 14 Factory 3 production capability For all X,,20 non negativity condition b) Using a computer software for solving LP, the optimal solution achieved is: Total shipping costs (in thousands) = $ 303 (enter your response as a whole number). Enter your answer in the answer box and then click Check Answer. All parts showing Clear All O Type here to search e GOL W