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8. Three components - x, y, and z- are made at the same machine via lot production. Setup time, run time, and lot size for each item are as follows: Component Setup time, hr. X 2 5 1 y Z Run time, min. 1 1.5 2 Lot size 800 400 500 One lot of each component is waiting at the machine to be processed: each component is needed immediately. (a) What is the minimum lead time for obtaining all three components? (b) We want to reduce this lead time to 12 hours by reducing setup time and lot size by the same factor for all items. What should the resulting setup time and lot size be for each component?

8. Three components - x, y, and z- are made at the same machine via lot production. Setup time, run time, and lot size for each item are as follows: Component Setup time, hr. X 2 5 1 y Z Run time, min. 1 1.5 2 Lot size 800 400 500 One lot of each component is waiting at the machine to be processed: each component is needed immediately. (a) What is the minimum lead time for obtaining all three components? (b) We want to reduce this lead time to 12 hours by reducing setup time and lot size by the same factor for all items. What should the resulting setup time and lot size be for each component?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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8. Three components – x, y, and z- are made at the same machine via lot production. Setup time, run time, and lot size for each item are as follows: Setup time, hr. 2 Lot size 800 Component Run time, min. 1.5 400 1 2 500 One lot of each component is waiting at the machine to be processed: each component is needed immediately. (a) What is the minimum lead time for obtaining all three components? (b) We want to reduce this lead time to 12 hours by reducing setup time and lot size by the same factor for all items. What should the resulting setup time and lot size be for each component?
Transcribed Image Text:8. Three components – x, y, and z- are made at the same machine via lot production. Setup time, run time, and lot size for each item are as follows: Setup time, hr. 2 Lot size 800 Component Run time, min. 1.5 400 1 2 500 One lot of each component is waiting at the machine to be processed: each component is needed immediately. (a) What is the minimum lead time for obtaining all three components? (b) We want to reduce this lead time to 12 hours by reducing setup time and lot size by the same factor for all items. What should the resulting setup time and lot size be for each component?
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