1. ABC Ladder Company manufactures three types of ladders. Profit is P100 per ladder of type...

Transcribed Image Text:

1. ABC Ladder Company manufactures three types of ladders. Profit is P100 per ladder of type A, P150 per ladder of type B, and P180 per ladder of type C. Each ladder must be processed through three centers according to the following requirements: Minutes in Minutes in Minutes in center 2 center 3 8 Type A Type B 5 Type C 5 Total minutes available 560 880 900 Determine the number of ladders of each type that will maximize the profit and the maximum contribution to profit using simplex linear programming. Use the following letters in your computations: Use A to represent Ladder Type A Use B to represent Ladder Type B Use C to represent Ladder Type C Project A B с 2. Given the following information, compute the optimal transportation schedule and cost using Stepping-stone method: Available Requirement per week, Cost Information From Plant W Plant X truckloads 45 Plant Y center 1 5 65 30 8 8 4 Plant W X 5 10 10 per week, truckloads 35 40 80 To Project A To Project B To Project C 2 5 5 10 15 10 2 6 1. ABC Ladder Company manufactures three types of ladders. Profit is P100 per ladder of type A, P150 per ladder of type B, and P180 per ladder of type C. Each ladder must be processed through three centers according to the following requirements: Minutes in Minutes in Minutes in center 2 center 3 8 Type A Type B 5 Type C 5 Total minutes available 560 880 900 Determine the number of ladders of each type that will maximize the profit and the maximum contribution to profit using simplex linear programming. Use the following letters in your computations: Use A to represent Ladder Type A Use B to represent Ladder Type B Use C to represent Ladder Type C Project A B с 2. Given the following information, compute the optimal transportation schedule and cost using Stepping-stone method: Available Requirement per week, Cost Information From Plant W Plant X truckloads 45 Plant Y center 1 5 65 30 8 8 4 Plant W X 5 10 10 per week, truckloads 35 40 80 To Project A To Project B To Project C 2 5 5 10 15 10 2 6