- A Toy Manufacturer Makes Its Own Wind Up Motors Which Are Then Put Into Its Toys While The Toy Manufacturing Process I 1 (13.21 KiB) Viewed 31 times
- A Toy Manufacturer Makes Its Own Wind Up Motors Which Are Then Put Into Its Toys While The Toy Manufacturing Process I 2 (23.96 KiB) Viewed 31 times
- A Toy Manufacturer Makes Its Own Wind Up Motors Which Are Then Put Into Its Toys While The Toy Manufacturing Process I 3 (39.16 KiB) Viewed 31 times
- A Toy Manufacturer Makes Its Own Wind Up Motors Which Are Then Put Into Its Toys While The Toy Manufacturing Process I 4 (39.16 KiB) Viewed 31 times
Annual demand = 75.000 units Daily sub-assembly production rate = 625 Setup cost (S) = $85 per batch Operating days = 250 Carrying cost = 16% per unit per year Unit Cost = $63.95 =
a. To minimize cost, how large should each batch of sub-assemblies be? [ Select b. What is the maximum production inventory [ Select] c. What is the total cost to manage the inventory? $ [Select) d. What are the number of set-ups in the process? [ Select) e. What if the toy manufacturer decided to make 1300 motors per batch, what would the set-up cost be? (Select ] f. Based on the initial POQ, what percentage of time will the toy manufacturer be producing motors? (Select]
a. To minimize cost, how large should each batch of sub-assemblies be? [ Select b. What is the maximum production inventory [ Select] c. What is the total cost to manage the inventory? $ [Select) d. What are the number of set-ups in the process? [ Select) e. What if the toy manufacturer decided to make 1300 motors per batch, what would the set-up cost be? (Select ] f. Based on the initial POQ, what percentage of time will the toy manufacturer be producing motors? (Select]