Question
Gender PerformanceRating 1 3 1 3 2 3 2 4 1 4 2 3 2 3 1 3 2 3 1 3 1 3 2
Gender PerformanceRating
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Question 1. What is the null hypothesis for comparing performance ratings by gender?
Question 2. Run a t-test on the data in the spreadsheet. Use a two-tailed, two sample equal variance test.
Seet-test tutorial(Links to an external site.)
for how to run this in excel.
What is the t-value? Round to three decimal points (e.g. 0.351)
Question 3. Is there a significant difference in performance ratings by gender?
Question 4. What is the null hypothesis for determining if there is arelationship between Job Level and Performance Ratings?
Question 5. Run an analysis to determine if there is a correlation between Job Level and Performance Rating.
What is the correlation co-efficient? Round to two decimal points (e.g. 0.04)
This requires running a correlation in Excel. Here is a tutorial:
Question 6. What is the t-value for this relationship?Round to two decimal points (e.g. 0.04)
To answer this question, you have to covert the correlation co-efficient to a t value, using the following formula:
t=rn2
1r
2
t=rn21r2
r= the correlation co-efficient
n= the number of observations
Question 7. Is the relationship between Job Level and Performance Ratings significant?
To answer this question, you can convert the t-value to a p-value in excel using the following command.
=t.dist.2t(t, degrees of freedom)
t.dist.2t is the command in excel for a two-tailed Student's T output
The t in the parenthesis is the value you calculated above (if this is negative, covert it to a positive number by multiplying it by -1)
The degrees of freedom = (number of observations - 2)
If the value you find is less than 0.05, then the relationship is significant.
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