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PRACTICE ANOTHER battery pack at each manufacturing plant are as follows. \begin{tabular}{|c|c|c|} \hline Product & Philippines & Mexico \\ \hline PT-100 & $0.95 & $0.98 \\ \hline PT-200 & $0.98 & $1.06 \\ \hline PT-300 & $1.34 & $1.15 \\ \hline \end{tabular} and the cost of shipping from the Mexico plant is $0.10 per unit. plant, M2= number of PT-200 battery packs produced at the Mexico plant, M3= number of PT-300 battery packs produced at the Mexico plant.) Min s.t. PT-100 Production PT-200 Production PT-300 Production Combined PT-100 and PT-200 Production Mexico Plant (b) Solve the linear program developed in part (a) to determine the optimal production plan. (M1,M2,M3,P1,P2,P3)=( What is total cost of the production plan (in dollars). (Round your answer to the nearest dollar.) $ It would have to decrease by more than $ per unit. It would have to decrease by more than $ PRACTICE ANOTHER battery pack at each manufacturing plant are as follows. \begin{tabular}{|c|c|c|} \hline Product & Philippines & Mexico \\ \hline PT-100 & $0.95 & $0.98 \\ \hline PT-200 & $0.98 & $1.06 \\ \hline PT-300 & $1.34 & $1.15 \\ \hline \end{tabular} and the cost of shipping from the Mexico plant is $0.10 per unit. plant, M2= number of PT-200 battery packs produced at the Mexico plant, M3= number of PT-300 battery packs produced at the Mexico plant.) Min s.t. PT-100 Production PT-200 Production PT-300 Production Combined PT-100 and PT-200 Production Mexico Plant (b) Solve the linear program developed in part (a) to determine the optimal production plan. (M1,M2,M3,P1,P2,P3)=( What is total cost of the production plan (in dollars). (Round your answer to the nearest dollar.) $ It would have to decrease by more than $ per unit. It would have to decrease by more than $

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