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QUESTION 16 AS Merchandise Manager you are responsible for the log stical movement of cell phones to each store. You are tryng to select a carier from the home office in ansas City to Springfield. The first courier quotes a travel time of 160 minutes for a delvery from Kansas City to Springheld. we beleve that the actual delvery time wl be unformly distributed between 130 minutes and 190 minutes What is the type of random variable? O Discrete O Concinuoun QUESTION 17 As Merchandise Manager you are responsible for the logstcal of 160 minutes for a devery from Kansas City to Springed. Webelee that the actual delvery time wibe unformly distributed betneen 130 minutes and 190 minutes t of cell phones to each store. You are trying to se ect a carer from the home office in Kansas Cty to Springtield. The first couner quotes a travel tme What is the calkulated function of x? (f,)_(round to 4 decimal places) QUESTION 18 As Merchandse Manager you are responsible for the legstical movement of cell phones to each store You are tying to select a carier from the home offce in ansas City to Springfeid The first courier quotes a travel tme of 160 minutes for a c a dellvery from Kansas City to Springheld. We belleve that the actual delivery time wil be uniformly distributed betneen 130 minutes and 1 190minutes What is the probability that the delivery will be no more than 5 minutes late? (round to 4 decimal places) R 19 0 21| 22 23

QUESTION 16 AS Merchandise Manager you are responsible for the log stical movement of cell phones to each store. You are tryng to select a carier from the home office in ansas City to Springfield. The first courier quotes a travel time of 160 minutes for a delvery from Kansas City to Springheld. we beleve that the actual delvery time wl be unformly distributed between 130 minutes and 190 minutes What is the type of random variable? O Discrete O Concinuoun QUESTION 17 As Merchandise Manager you are responsible for the logstcal of 160 minutes for a devery from Kansas City to Springed. Webelee that the actual delvery time wibe unformly distributed betneen 130 minutes and 190 minutes t of cell phones to each store. You are trying to se ect a carer from the home office in Kansas Cty to Springtield. The first couner quotes a travel tme What is the calkulated function of x? (f,)_(round to 4 decimal places) QUESTION 18 As Merchandse Manager you are responsible for the legstical movement of cell phones to each store You are tying to select a carier from the home offce in ansas City to Springfeid The first courier quotes a travel tme of 160 minutes for a c a dellvery from Kansas City to Springheld. We belleve that the actual delivery time wil be uniformly distributed betneen 130 minutes and 1 190minutes What is the probability that the delivery will be no more than 5 minutes late? (round to 4 decimal places) R 19 0 21| 22 23

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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of 160 minutes for a delivery from Kansas City to Springte vement of cell phones to each store. You are trying to select a carrier from the home office in Kansas City to Springfield. The first courier quotes a travel time QUESTION 16 AS Merchandise Manager you are responsible for the logistical movement of cell phones to each store. You are trying to select a carrier from the home office in Kansas City to Springfield. The first courier quotes a travel time of 160 minutes faor a delivery from Kansas City to Springheld. We beleve that the actual delivery time will be uniformly distributed between 130 minutes and 190 minutes. What is the type of random variable? O piscrete O Continvous QUESTION 17 r from As Merchandise Manager you are responsible for the log stical We believe that the actual delivery time will be unformly distributed between 130 minutes and 190 minutes. What is the calculated function of x? (f,)_(round to 4 decimal places) QUESTION 18 As Merchandise Manager you are responsible for the legstical movement of cell phones to each store. You are trying to seiect a camer from the home office in Kansas City to Springfield. The farst courier quotes a travel time of 160 minutes for a delivery from Kansas City to Springteld. We belleve that the actual delivery time will be uniformly distributed betneen 130 minutes and 190 minutes. What is the probability that the delivery will be no more than 5 minutes late? (round to 4 decimal places) TOT9 20 21| 22 ||23 QUESTION 19 As the Merchandise Manager you are responsible for evaluation of store sales. According to one of your store records indicates that the average weekly sales for that store is $2,500. Historically the we have found that sales are normally distributed with a standard deviation of 550. Management wants to know what the probability is that sales wilA be between $2 400 and S2.600 per week? (all values were in S00, use the dollar amounts as shown) What probability distribution do we use? O Normal O Binomial OExponential O Posson Un form QUESTION 20 As the Merchandise Manager you are responsible for evaluation of store sales. According to one of your store records indicates that the average weekly sales for that store is 52.500. Historically the we have found that sales are normally distributed with a standard deviation of S50. Management wants to know what the probability is that sales wl be between $2.400 and $2.600 per week? (all values were in So00, use the dollar amounts as shown) What is the type of random variable? 1 oscrete O continuous
Transcribed Image Text:of 160 minutes for a delivery from Kansas City to Springte vement of cell phones to each store. You are trying to select a carrier from the home office in Kansas City to Springfield. The first courier quotes a travel time QUESTION 16 AS Merchandise Manager you are responsible for the logistical movement of cell phones to each store. You are trying to select a carrier from the home office in Kansas City to Springfield. The first courier quotes a travel time of 160 minutes faor a delivery from Kansas City to Springheld. We beleve that the actual delivery time will be uniformly distributed between 130 minutes and 190 minutes. What is the type of random variable? O piscrete O Continvous QUESTION 17 r from As Merchandise Manager you are responsible for the log stical We believe that the actual delivery time will be unformly distributed between 130 minutes and 190 minutes. What is the calculated function of x? (f,)_(round to 4 decimal places) QUESTION 18 As Merchandise Manager you are responsible for the legstical movement of cell phones to each store. You are trying to seiect a camer from the home office in Kansas City to Springfield. The farst courier quotes a travel time of 160 minutes for a delivery from Kansas City to Springteld. We belleve that the actual delivery time will be uniformly distributed betneen 130 minutes and 190 minutes. What is the probability that the delivery will be no more than 5 minutes late? (round to 4 decimal places) TOT9 20 21| 22 ||23 QUESTION 19 As the Merchandise Manager you are responsible for evaluation of store sales. According to one of your store records indicates that the average weekly sales for that store is $2,500. Historically the we have found that sales are normally distributed with a standard deviation of 550. Management wants to know what the probability is that sales wilA be between $2 400 and S2.600 per week? (all values were in S00, use the dollar amounts as shown) What probability distribution do we use? O Normal O Binomial OExponential O Posson Un form QUESTION 20 As the Merchandise Manager you are responsible for evaluation of store sales. According to one of your store records indicates that the average weekly sales for that store is 52.500. Historically the we have found that sales are normally distributed with a standard deviation of S50. Management wants to know what the probability is that sales wl be between $2.400 and $2.600 per week? (all values were in So00, use the dollar amounts as shown) What is the type of random variable? 1 oscrete O continuous
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