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Module 11 Use the data on the "Module 10" worksheet to compute the specified measures. Module 10.1 Use the mean, standard deviation, and x information to compute the relevant Z-Score. Hint: you can use the STANDARDIZE function or just enter the formula, either is fine. Module 10.2 Use the NORM.S.DIST() function to convert the z-score you calculated into a probability. For this and all similar functions in this Module, enter "TRUE" without the quotes into the "cumulative" argument. Module 10.3 Reverse the calculation with the NORM.S.INV() function (you should end up with the same result in column H as you have in column F).

Module 11 Use the data on the "Module 10" worksheet to compute the specified measures. Module 10.1 Use the mean, standard deviation, and x information to compute the relevant Z-Score. Hint: you can use the STANDARDIZE function or just enter the formula, either is fine. Module 10.2 Use the NORM.S.DIST() function to convert the z-score you calculated into a probability. For this and all similar functions in this Module, enter "TRUE" without the quotes into the "cumulative" argument. Module 10.3 Reverse the calculation with the NORM.S.INV() function (you should end up with the same result in column H as you have in column F).

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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Module 11 Use the data on the "Module 10" worksheet to compute the specified measures. Module 10.1 Use the mean, standard deviation, and x information to compute the relevant Z-Score. Hint: you can use the STANDARDIZE function or just enter the formula, either is fine. Module 10.2 Use the NORM.S.DIST() function to convert the z-score you calculated into a probability. For this and all similar functions in this Module, enter "TRUE" without the quotes into the "cumulative" argument. Module 10.3 Reverse the calculation with the NORM.S.INV() function (you should end up with the same result in column H as you have in column F). Module 10.4 Use the NORM.DIST() function with the data in columns C:E to compute P(X<=x). Module 10.5 Compute the remaining characteristics of the distribution in columns J:L. 2
Transcribed Image Text:Module 11 Use the data on the "Module 10" worksheet to compute the specified measures. Module 10.1 Use the mean, standard deviation, and x information to compute the relevant Z-Score. Hint: you can use the STANDARDIZE function or just enter the formula, either is fine. Module 10.2 Use the NORM.S.DIST() function to convert the z-score you calculated into a probability. For this and all similar functions in this Module, enter "TRUE" without the quotes into the "cumulative" argument. Module 10.3 Reverse the calculation with the NORM.S.INV() function (you should end up with the same result in column H as you have in column F). Module 10.4 Use the NORM.DIST() function with the data in columns C:E to compute P(X<=x). Module 10.5 Compute the remaining characteristics of the distribution in columns J:L. 2
File 20 B26 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Home Insert A V 16 X B B Draw ✓ fx Module 10 с V μ 150 Page Layout G D AV 0 15.00 ... E Formulas Datal Review View X 159 V F ab ley G General Z-Score from Data P(Z<=z) H Automate +0 .00 Z-Score from P(Z<=z) 00 →.0 Help I Σ ✓ ✓ Ov P(X<=x) Comments J K OF ... L E(x) Var(x) StDev(x) M Share ✓ N V
Transcribed Image Text:File 20 B26 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Home Insert A V 16 X B B Draw ✓ fx Module 10 с V μ 150 Page Layout G D AV 0 15.00 ... E Formulas Datal Review View X 159 V F ab ley G General Z-Score from Data P(Z<=z) H Automate +0 .00 Z-Score from P(Z<=z) 00 →.0 Help I Σ ✓ ✓ Ov P(X<=x) Comments J K OF ... L E(x) Var(x) StDev(x) M Share ✓ N V
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