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To Investigate the Effect of Sleep on Basal Metabolism, Seven

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To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below. To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below.   Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use   = 0.05. The null and alternate hypotheses are as follows:   : The distributions of metabolism measurements for the two groups are identical.   : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B) What is the test statistic?   : ______________ What is the critical value for the test statistic? ______________ Thus: ______________ Conclude: We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A. Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below.   Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use   = 0.05. The null and alternate hypotheses are as follows:   : The distributions of metabolism measurements for the two groups are identical.   : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B) What is the test statistic?   : ______________ What is the critical value for the test statistic? ______________ Thus: ______________ Conclude: We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A. = 0.05.
The null and alternate hypotheses are as follows: To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below.   Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use   = 0.05. The null and alternate hypotheses are as follows:   : The distributions of metabolism measurements for the two groups are identical.   : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B) What is the test statistic?   : ______________ What is the critical value for the test statistic? ______________ Thus: ______________ Conclude: We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A. : The distributions of metabolism measurements for the two groups are identical. To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below.   Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use   = 0.05. The null and alternate hypotheses are as follows:   : The distributions of metabolism measurements for the two groups are identical.   : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B) What is the test statistic?   : ______________ What is the critical value for the test statistic? ______________ Thus: ______________ Conclude: We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A. : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B)
What is the test statistic? To investigate the effect of sleep on basal metabolism, seven college students who averaged seven or more hours of sleep a night (Group A), and five students who averaged less than seven hours of sleep a night (Group B), were examined and their basal metabolism recorded as shown below.   Since it was not clear whether the assumptions for a t-test were valid, the researcher decided to employ nonparametric methods. Use the Wilcoxon rank sum procedure to determine whether the metabolism measurements for Group A are significantly higher than those of Group B. Use   = 0.05. The null and alternate hypotheses are as follows:   : The distributions of metabolism measurements for the two groups are identical.   : The distribution of metabolism measurements for Group B is shifted to the left of Group A. (i.e., the metabolism measurements are lower for Group B) What is the test statistic?   : ______________ What is the critical value for the test statistic? ______________ Thus: ______________ Conclude: We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A. : ______________
What is the critical value for the test statistic?
______________
Thus: ______________
Conclude:
We ______________ conclude the distribution of metabolism measurements for Group B is lower than those for Group A.

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