3. A psychologist is studying the effects of lack of sleep on the performance of various perceptual-motor tasks. After a given period of sleep deprivation, a measurement of reaction time to an auditory stimulus was taken for each of 36 adult male subjects. The reaction times (in seconds) are summarized as follows: x = 1.82, s 0.22 Previous psychological studies show that the true mean reaction time for non-sleep- deprived male subjects is 1.70 seconds. a. Does the sample evidence indicate that the mean reaction time for sleep- deprived male subjects is longer than that of non-sleep-deprived male subjects ? α = 0.05 (iv) The conclusion for the above problem is О Do not reject the null hypothesis and mean reaction time for sleep-deprived male subjects is longer than that of non-sleep-deprived male subjects Reject the null hypothesis and mean reaction time for sleep-deprived male subjects is longer than that of non-sleep-deprived male subjects Reject the null hypothesis and mean reaction time for sleep-deprived male subjects is not longer than that of non-sleep-deprived male subjects Do not reject the null hypothesis and mean reaction time for sleep-deprived male subjects is not longer than that of non-sleep-deprived male subjects
3. A psychologist is studying the effects of lack of sleep on the performance of various perceptual-motor tasks. After a given period of sleep deprivation, a measurement of reaction time to an auditory stimulus was taken for each of 36 adult male subjects. The reaction times (in seconds) are summarized as follows: x = 1.82, s 0.22 Previous psychological studies show that the true mean reaction time for non-sleep- deprived male subjects is 1.70 seconds. a. Does the sample evidence indicate that the mean reaction time for sleep- deprived male subjects is longer than that of non-sleep-deprived male subjects ? α = 0.05 (iv) The conclusion for the above problem is О Do not reject the null hypothesis and mean reaction time for sleep-deprived male subjects is longer than that of non-sleep-deprived male subjects Reject the null hypothesis and mean reaction time for sleep-deprived male subjects is longer than that of non-sleep-deprived male subjects Reject the null hypothesis and mean reaction time for sleep-deprived male subjects is not longer than that of non-sleep-deprived male subjects Do not reject the null hypothesis and mean reaction time for sleep-deprived male subjects is not longer than that of non-sleep-deprived male subjects
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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Transcribed Image Text:3. A psychologist is studying the effects of lack of sleep on the performance of
various perceptual-motor tasks. After a given period of sleep deprivation, a
measurement of reaction time to an auditory stimulus was taken for each of 36 adult
male subjects. The reaction times (in seconds) are summarized as follows:
x = 1.82, s
0.22
Previous psychological studies show that the true mean reaction time for non-sleep-
deprived male subjects is 1.70 seconds.
a. Does the sample evidence indicate that the mean reaction time for sleep-
deprived male subjects is longer than that of non-sleep-deprived male subjects ?
α
= 0.05
(iv) The conclusion for the above problem is
О
Do not reject the null hypothesis and mean reaction time for sleep-deprived
male subjects is longer than that of non-sleep-deprived male subjects
Reject the null hypothesis and mean reaction time for sleep-deprived male
subjects is longer than that of non-sleep-deprived male subjects
Reject the null hypothesis and mean reaction time for sleep-deprived male
subjects is not longer than that of non-sleep-deprived male subjects
Do not reject the null hypothesis and mean reaction time for sleep-deprived
male subjects is not longer than that of non-sleep-deprived male subjects
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