A toy manufacturer uses 50,610 rubber wheels per year for its popular dump truck series. The firm makes its own wheels, which it can produce at a rate of 800 per day. The toy trucks are assembled uniformly over the entire year. Carrying cost is $1.40 per wheel per year. Setup cost for a production run is $43. The firm operates 241 days per year. Determine the following: a. Optimal run size (Round your answer to a whole number, following normal rules of rounding.) EPQ b. Use your final answer from part a to determine minimum total annual cost for carrying and setup. (Round your answer to a whole number.) Total Annual Inventory Cost c. Cycle time for the optimal run size (Round your answer to two decimal points.) Cycle Time d. Run time (Round your answer to two decimal points.) Run Time Prev 2 of 41 Next >
A toy manufacturer uses 50,610 rubber wheels per year for its popular dump truck series. The firm makes its own wheels, which it can produce at a rate of 800 per day. The toy trucks are assembled uniformly over the entire year. Carrying cost is $1.40 per wheel per year. Setup cost for a production run is $43. The firm operates 241 days per year. Determine the following: a. Optimal run size (Round your answer to a whole number, following normal rules of rounding.) EPQ b. Use your final answer from part a to determine minimum total annual cost for carrying and setup. (Round your answer to a whole number.) Total Annual Inventory Cost c. Cycle time for the optimal run size (Round your answer to two decimal points.) Cycle Time d. Run time (Round your answer to two decimal points.) Run Time Prev 2 of 41 Next >
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter11: Simulation Models
Section: Chapter Questions
Problem 47P
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Transcribed Image Text:A toy manufacturer uses 50,610 rubber wheels per year for its popular dump truck series. The firm makes its own wheels, which it can
produce at a rate of 800 per day. The toy trucks are assembled uniformly over the entire year. Carrying cost is $1.40 per wheel per
year. Setup cost for a production run is $43. The firm operates 241 days per year. Determine the following:
a. Optimal run size (Round your answer to a whole number, following normal rules of rounding.)
EPQ
b. Use your final answer from part a to determine minimum total annual cost for carrying and setup. (Round your answer to a whole
number.)
Total Annual Inventory Cost
c. Cycle time for the optimal run size (Round your answer to two decimal points.)
Cycle Time
d. Run time (Round your answer to two decimal points.)
Run Time
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