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The Sweet Smell Fertilizet Company markets bags of manure labeled 'not less than 60lb dry weight." The packaged nanure is a combination of compost and sewage wistes. To provide good-quality fertiszer, each bag should contain at least 30 lb of compost but no mone thin 40lb of sewage. Each pound of compest costs sivect 5mell \$o. 05 and each pound of sewsge costs 50.04 , Use the Linear Programening method to determine the feast-cost blend of compost and sewage in each bag a. Amount of compost in each bag * ib b. Amount of sewage in exch bag ib c. The total dry weight of each bag 16 d. The total cost of each bag a 5 C. What it sewase costwas meduced by 50,02 inew suppler), what would be the recource afocation and the total cost of the packaged manure? The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry weight." The packaged manure is a To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no more than 40lb of sewage. Each po each pound of sewage costs $0.04. Use the Linear Programming method to determine the least-cost blend of compost and sew a. Amount of compost in each bag = b. Amount of sewage in each bag = Ib c. The total dry weight of each bag = lb d. The total cost of each bag =$ c. What if sewage cost was reduced by $0.02 (new supplier), what would be the resource allocation and the total cost of the pack abeled "not less than 60lb dry weight." The packaged manure is a combination of compost and sewage wastes. east 30lb of compost but no more than 40lb of sewage. Each pound of compost costs Sweet Smell $0.05 and ng method to determine the least-cost blend of compost and sewage in each bag. Ib Ib Ib that would be the resource allocation and the total cost of the packaged manure? The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry we To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no mor each pound of sewage costs $0.04. Use the Linear Programming method to determine the least a. Amount of compost in each bag = Ib b. Amount of sewage in each bag = c. The total dry weight of each bag lb d. The total cost of each bag =$ e. What if sewage cost was reduced by $0.02 (new supplier), what would be the resource allocatio The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry weigh To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no more th each pound of sewage costs $0.04. Use the Linear Programming method to determine the least-co a. Amount of compost in each bag = Ib b. Amount of sewage in each bag = Ib c. The total dry weight of each bag Ib d. The total cost of each bag =$ e. What if sewage cost was reduces lould be the resource allocation ar The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no mo each pound of sewage costs $0.04. Use the Linear Programming method to determine the leas a. Amount of compost in each bag = Ib b. Amount of sewage in each bag = lb c. The total dry weight of each bag = Ib d. The total cost of each bag =$ e. What if sewage cost was reduced suld be the resource allocatic The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry we To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no more each pound of sewage costs $0.04. Use the Linear Programming method to determine the least- a. Amount of compost in each bag = lb b. Amount of sewage in each bag = Ib c. The total dry weight of each bag = Ib d. The total cost of each bag =$ e. What if sewage cost was redu The Sweet Smell Fertilizer Company markets bags of manure labeled "not less than 60lb dry weight." The packaged manure is a combinat To provide good-quality fertilizer, each bag should contain at least 30lb of compost but no more than 40lb of sewage. Each pound of con each pound of sewage costs $0.04. Use the Linear Programming method to determine the least-cost blend of compost and sewage in eac. a. Amount of compost in each bag * lb b. Amount of sewage in each bag = Ib c. The total dry weight of each bag = Ib d. The total cost of each bag =$ What if sewage cost was reduced by $0.02 (new supplier), what would be the resource allocation and the total cost of the packaged manu [Sect]
