[Minitab] Two sample t-test for difference in means MINITAB will calculate the test value and P-value for differences between means for two populations when the population standard deviations are unknown. For this example, Is the average number of sports for men higher than the average number for women? At α=0.1. Ho: Average number of sports for men (µ₁) is not higher than for women (µ₁) (µ‚¯µ₂=0) H₁: Average number of sports for men (µ₁) is higher than for women (µ) (μ- µ₂>0) a. Open a new project and name it as “Yourname_Lab8”. Import the Excel file “Lab8_Datal_Import” and bring the sheet named "Sports” to front. b. Do the hypothesis test c. Stat>Basic Statistics>2-Sample t. Summarize your conclusion

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Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
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[Minitab]
Two sample t-test for difference in means
MINITAB will calculate the test value and P-value for differences
between means for two populations when the population standard
deviations are unknown. For this example, Is the average number
of sports for men higher than the average number for women? At
α=0.1.
Ho: Average number of sports for men (µ₁) is not higher than for
women (µ₁) (µ‚¯µ₂=0)
H₁: Average number of sports for men (µ₁) is higher than for
women (µ) (μ- µ₂>0)
a.
Open a new project and name it as “Yourname_Lab8”.
Import the Excel file “Lab8_Datal_Import” and bring the
sheet named "Sports” to front.
b. Do the hypothesis test
c.
Stat>Basic Statistics>2-Sample t.
Summarize your conclusion
Transcribed Image Text:[Minitab] Two sample t-test for difference in means MINITAB will calculate the test value and P-value for differences between means for two populations when the population standard deviations are unknown. For this example, Is the average number of sports for men higher than the average number for women? At α=0.1. Ho: Average number of sports for men (µ₁) is not higher than for women (µ₁) (µ‚¯µ₂=0) H₁: Average number of sports for men (µ₁) is higher than for women (µ) (μ- µ₂>0) a. Open a new project and name it as “Yourname_Lab8”. Import the Excel file “Lab8_Datal_Import” and bring the sheet named "Sports” to front. b. Do the hypothesis test c. Stat>Basic Statistics>2-Sample t. Summarize your conclusion
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