In a test of Ho: H= 90 against Ha:u> 90, the sample data yielded the test statistic z = 2.17. Find and interpret the p-Value for the test. E Click the icon to view a table of standard normal values The p-value is p= 0.015 (Round to three decimal places as needed.) Interpret the results. What does this p-value mean? O A. The probability of observing a z-value<2.17 is equal to the p-value, if u> 90. O B. The probability of observing a z-value> 2.17 is equal to the p-value, if u > 90. O C. The probability of observing a z-value> 2.17 is equal to the p-value, if u = 90. O D. The probability of observing a z-value<2.17 is equal to the p-value, if u = 90.

In a test of Ho: H= 90 against Ha:u> 90, the sample data yielded the test statistic z = 2.17. Find and interpret the p-Value for the test. E Click the icon to view a table of standard normal values The p-value is p= 0.015 (Round to three decimal places as needed.) Interpret the results. What does this p-value mean? O A. The probability of observing a z-value<2.17 is equal to the p-value, if u> 90. O B. The probability of observing a z-value> 2.17 is equal to the p-value, if u > 90. O C. The probability of observing a z-value> 2.17 is equal to the p-value, if u = 90. O D. The probability of observing a z-value<2.17 is equal to the p-value, if u = 90.

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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