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A perishable dairy product is ordered dail units are unsold at the end of the day, the approximately normally distributed with A (a) What is your recommended daily on technology to answer this question. Q*: = (b) What is the probability that the sup P(stockout) = (c) In problems such as these, why wa the recommended order quantity at Q* = What happens to the supermarket The higher rebate -Select-- th

A perishable dairy product is ordered dail units are unsold at the end of the day, the approximately normally distributed with A (a) What is your recommended daily on technology to answer this question. Q*: = (b) What is the probability that the sup P(stockout) = (c) In problems such as these, why wa the recommended order quantity at Q* = What happens to the supermarket The higher rebate -Select-- th

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
Problem 1P
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I have the other answer, needs help with question “b” and question “e”
A perishable dairy product is ordered daily at a particular supermarket. The product costs $1.16 per unit and sells for $1.75 per unit. If units are unsold at the end of the day, the supplier takes them back at a rebate of $1 per unit. Assume that daily demand is approximately normally distributed with = 150 and = 30. (a) What is your recommended daily order quantity for the supermarket? (You may need to use the appropriate appendix table or technology to answer this question. Round your answer to the nearest integer.) Q* = (b) What is the probability that the supermarket will sell all the units it orders? (Round your answer to four decimal places.) P(stockout) = (c) In problems such as these, why would the supplier offer a rebate as high as $1? For example, why not offer a nominal rebate? Find the recommended order quantity at 25¢ per unit. (Round your answer to the nearest integer.) Q* = What happens to the supermarket order quantity as the rebate is reduced? The higher rebate -Select-- the quantity that the supermarket should order.
Transcribed Image Text:A perishable dairy product is ordered daily at a particular supermarket. The product costs $1.16 per unit and sells for $1.75 per unit. If units are unsold at the end of the day, the supplier takes them back at a rebate of $1 per unit. Assume that daily demand is approximately normally distributed with = 150 and = 30. (a) What is your recommended daily order quantity for the supermarket? (You may need to use the appropriate appendix table or technology to answer this question. Round your answer to the nearest integer.) Q* = (b) What is the probability that the supermarket will sell all the units it orders? (Round your answer to four decimal places.) P(stockout) = (c) In problems such as these, why would the supplier offer a rebate as high as $1? For example, why not offer a nominal rebate? Find the recommended order quantity at 25¢ per unit. (Round your answer to the nearest integer.) Q* = What happens to the supermarket order quantity as the rebate is reduced? The higher rebate -Select-- the quantity that the supermarket should order.
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