What is the df(denom)?

Short Answer

Expert verified

The value ofdf(denom)is10.

Step by step solution

01

Given Information

Four basketball teams took a random sample of players regarding how high each player can jump (in inches).

Team 1 Team 2 Team 3 Team 4 Team 5
3632483841
4235504439
5138394640
02

Explanation

To calculate degree of freedom in denominator, use Ti-83 calculate. For this, click on STAT press1EDIT, then put the above given weights of different groups data into the list L1,L2,L3,L4andL5. The screenshot is given as below:

03

Explanation

Now again press STAT arrow over the TESTS arrow down to ANOVA Press var then select 1, press var then select 2, press var then select 3, press var then select 4 and press var then select 5to fill the values of L1,L2,L3,L4andL5. The screenshot is given as below:

04

Explanation

Press ENTER. The screenshot of the obtained output of calculated value of degree of freedom in denominator is given as below:

Thus, the value of the degree of freedom in denomirator is 10 .

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Most popular questions from this chapter

A grassroots group opposed to a proposed increase in the gas tax claimed that the increase would hurt working-class people the most, since they commute the farthest to work. Suppose that the group randomly surveyed 24individuals and asked them their daily one-way commuting mileage. The results are as follows.

working-class
professional (middle incomes)
professional (wealthy)

17.8
16.5
8.5
26.7
17.4
6.3
49.4
22.0
4.6
9.4
7.4
12.6
65.4
9.4
11.0
47.1
2.1
28.6
19.5
15.4
15.4

51.2
13.9
9.3

Determine whether or not the variance in mileage driven is statistically the same among the working class and professional (middle income) groups. Use a 5% significance level.

Two coworkers commute from the same building. They are interested in whether or not there is any variation in the time it takes them to drive to work. They each record their times for 20commutes. The first worker’s times have a variance of 12.1. These coworkers' times have a variance of 16.9. The first worker thinks that he is more consistent with his commute times. Test the claim at the 10% level. Assume that commute times are normally distributed. What is the p-value?

Two coworkers commute from the same building. They are interested in whether or not there is any variation in the time it takes them to drive to work. They each record their times for 20commutes. The first worker’s times have a variance of 12.1. These coworkers' times have a variance of 16.9. The first worker thinks that he is more consistent with his commute times. Test the claim at the 10% level. Assume that commute times are normally distributed. What is s1 in this problem?

There are five basic assumptions that must be fulfilled in order to perform a one-way ANOVA test. What are they?

Write a fourth assumption.

What is the df for the denominator?

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