1. This is a _______ tailed test. 2.The correct statistical test to use for this problem is: a) related samples t test b)one way anova c)two way anova d)pearson r correlation 3.Hypothesis testing: The last part of the null and alternative hypotheses are: a) =0, ≠0 b) <0, ≥ 0 c) ≠0, =0 d) >0, ≤0 4.What is/are the critical values for this problem? a) ±2.201 b) -2.201 c) ±2.365 d) 2.365 5.What is the obtained statistic for this problem? 6.Decision: the obtained statistic is .. [beyond or not beyond] .. the critical value, so we ..[reject or fail to reject] .. the null hypothesis. 7. 30 minutes of line dancing has.. [a significant difference or no significant difference] .. to blood pressure. 8.The effect size for this problem is _______.
1. This is a _______ tailed test. 2.The correct statistical test to use for this problem is: a) related samples t test b)one way anova c)two way anova d)pearson r correlation 3.Hypothesis testing: The last part of the null and alternative hypotheses are: a) =0, ≠0 b) <0, ≥ 0 c) ≠0, =0 d) >0, ≤0 4.What is/are the critical values for this problem? a) ±2.201 b) -2.201 c) ±2.365 d) 2.365 5.What is the obtained statistic for this problem? 6.Decision: the obtained statistic is .. [beyond or not beyond] .. the critical value, so we ..[reject or fail to reject] .. the null hypothesis. 7. 30 minutes of line dancing has.. [a significant difference or no significant difference] .. to blood pressure. 8.The effect size for this problem is _______.
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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Question
1. This is a _______ tailed test.
2.The correct statistical test to use for this problem is:
a) related samples t test
b)one way anova
c)two way anova
d)pearson r correlation
3.Hypothesis testing: The last part of the null and alternative hypotheses are:
a) =0, ≠0
b) <0, ≥ 0
c) ≠0, =0
d) >0, ≤0
4.What is/are the critical values for this problem?
a) ±2.201
b) -2.201
c) ±2.365
d) 2.365
5.What is the obtained statistic for this problem?
6.Decision: the obtained statistic is .. [beyond or not beyond] .. the critical value, so we ..[reject or fail to reject] .. the null hypothesis.
7. 30 minutes of line dancing has.. [a significant difference or no significant difference] .. to blood pressure.
8.The effect size for this problem is _______.
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