Please help! Stuck on this! The table is from a different problem. For the transportation method, could you please use the table format? (my problem is at the top of pic 1). Thanks!

Jose Martinez of El Paso has developed a polished stainless steel tortilla machine that makes it a "showpiece" for display in Mexican restaurants. His forecast of capacity and demand follows: Month 3 1 2 4 5 Demand Capacity 140 170 140 220 220 Regular time Overtime 140 10 160 150 40 150 20 160 10 10 Subcontracting 90 units available over the 5-month period Beginning inventory: 0 units Ending inventory required: 10 units Costs Regular-time cost per unit Overtime cost per unit Subcontract cost per unit Inventory holding cost per unit per month $90 $115 $128 $4 Assume that backorders are not permitted Using the transportation method, the total cost of the optimal plan is enter your response here (enter your response as a whole number). TE Demand for Supply from Month 2 $128 Month 3 $128 Month 4 $128 Ending Inventory $ 128 Month 5 $128 60 Subcontract Month 1 $128 0 $90 150 (Dummy) Excess Supply $0 100 30 SO 150 0 1 0 0 $94 0 0 $98 10 $110 $ 106 $102 0 0 0 10 M o Regular time n t h Overtime $115 $119 $123 $127 $ 131 $135 $0 . 10 0 0 0 0 M $ 102 10 $98 0 $90 140 o Regular time --S03- $94 0 $106 10 SO 0 X 140 0 $115 $119 $123 $127 $131 SO 20 X 10 0 h Overtime 2 M o Regular time 0 0 $90 NEOS- 10 $94 20 0 $98 0 SO X X 130 $ 102 0 150 $115 $119 $123 $127 X : X 0 10 0 Overtime 3 M o Regular time n t hurtim M o Regular time 10 $90 160 0 $94 0 X X X $98 10 1160 $115 $ 119 $123 20 $90 130 $94 20 X X $98 0 $102 0 og o google || 150 h Overtime $115 $ 119 $127 X 0 10 10 $90 os-moc-s SOS- $123 o 594 0 0 o Regular time X 160 $98 0 $0 160 Overtime $ 115 $119 $123 $0 x X 20 20 o Regular time 0 $90 160 10 $94 0 x $0 160 $115 h Overtime 5 Demand X $0 X X x $119 0 20 150 150 20 240 130 220 0 40 10 Calculate the total cost 940 Calculate the total cost. $90 x (150 + 140 + 130 + 160 + 160) + $94 x 20 + $115x(10+20 +20) + $119 x 10 + $123x10 + $128 x(60 + 10) = $ 85,610 (Enter your response as a whole number.)