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Consider the Reorder Point inventory control for the following setting: annual demand = 15,000; order cost = $50; carrying cost = 20% per year; item value = $20; Average lead time = 2 weeks; stockout cost = $5/unit short; probability of being in stock = 80%; standard deviation of demand = 40/week; and standard deviation of lead time = 0.8 weeks.  The optimal order size for this setting is 1174.13 units. 1. If the product is only sold in multiple of 800 units, how many should be ordered and what it the total cost? 2. By what percentage does the total cost change if the Probability of being in-stock during the lead time is 90%, instead of 80%?

Consider the Reorder Point inventory control for the following setting: annual demand = 15,000; order cost = $50; carrying cost = 20% per year; item value = $20; Average lead time = 2 weeks; stockout cost = $5/unit short; probability of being in stock = 80%; standard deviation of demand = 40/week; and standard deviation of lead time = 0.8 weeks.  The optimal order size for this setting is 1174.13 units. 1. If the product is only sold in multiple of 800 units, how many should be ordered and what it the total cost? 2. By what percentage does the total cost change if the Probability of being in-stock during the lead time is 90%, instead of 80%?

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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Consider the Reorder Point inventory control for the following setting: annual demand = 15,000; order cost = $50; carrying cost = 20% per year; item value = $20; Average lead time = 2 weeks; stockout cost = $5/unit short; probability of being in stock = 80%; standard deviation of demand = 40/week; and standard deviation of lead time = 0.8 weeks.  The optimal order size for this setting is 1174.13 units.

1. If the product is only sold in multiple of 800 units, how many should be ordered and what it the total cost?

2. By what percentage does the total cost change if the Probability of being in-stock during the lead time is 90%, instead of 80%?

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