A6 V Xfx B Note-read the details of what is given carefully to make sure you understand n, s and Sigma. D E F G H 1234 Suppose an airline claims that its flights are consistently on time with an average delay of at most 15 minutes. It claims that the average delay is so consistent that the variance is no more than 150 minutes. Doubting the consistency part of the claim, a disgruntled traveler calculates the delays for his next 25 flights. The average delay for those 25 5 flights is 22 minutes with a standard deviation of 15 minutes. 6 Note-read the details of what is given carefully to make sure you understand n, s and Sigil 7 8 Given 9 n = Value 25 10 s = 11 Sigma = 15 12.24744871 0.95 150 12 CL= 95% (n-1)s2 x=. 13 14 CV Excel X2 (TS) Excel 15 #N/A #N/A 16 17 Based on Ho: o <150 state the rejection rule and decsion 18 19 20 21 I J K 1 Ho²≥7-2² H²<7.2² This is a lower or left-tailed test 2 Given Value 3 n= 25 4 s= 3.5 5 Sigma = 7.2 6 CL= 0.95 7 8 CV 9 Excel 13.85 =CHISQ.INV(1-B6,24 5.67 =(B3-1)*(B4^2)/(B5^2) (n − 1)s² X2 (TS) Excel 10 11 12 a=0.05 13 14 15 16 X x=5.67 17 13.85 18 19 20 02 7.2 Ho< 7.2 CANNOT ACCEPT H 21 22 23

A6 V Xfx B Note-read the details of what is given carefully to make sure you understand n, s and Sigma. D E F G H 1234 Suppose an airline claims that its flights are consistently on time with an average delay of at most 15 minutes. It claims that the average delay is so consistent that the variance is no more than 150 minutes. Doubting the consistency part of the claim, a disgruntled traveler calculates the delays for his next 25 flights. The average delay for those 25 5 flights is 22 minutes with a standard deviation of 15 minutes. 6 Note-read the details of what is given carefully to make sure you understand n, s and Sigil 7 8 Given 9 n = Value 25 10 s = 11 Sigma = 15 12.24744871 0.95 150 12 CL= 95% (n-1)s2 x=. 13 14 CV Excel X2 (TS) Excel 15 #N/A #N/A 16 17 Based on Ho: o <150 state the rejection rule and decsion 18 19 20 21 I J K 1 Ho²≥7-2² H²<7.2² This is a lower or left-tailed test 2 Given Value 3 n= 25 4 s= 3.5 5 Sigma = 7.2 6 CL= 0.95 7 8 CV 9 Excel 13.85 =CHISQ.INV(1-B6,24 5.67 =(B3-1)*(B4^2)/(B5^2) (n − 1)s² X2 (TS) Excel 10 11 12 a=0.05 13 14 15 16 X x=5.67 17 13.85 18 19 20 02 7.2 Ho< 7.2 CANNOT ACCEPT H 21 22 23

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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