Answer correctly and read the questions corretly, this is all one quesiton if done correclty and organized I will write a very nice review about you! Consider the following data from a repeated-measures design. You want to use a repeated-measures t test to test the null hypothesis Ho: HD = 0(the null hypothesis states that the mean difference for the general population is zero). The data consist of five observations, each with twomeasurements, A and B, taken before and after a treatment. Assume the population of the differences in these measurements are normallydistributed.Complete the following table by calculating the differences and the squared differences:Observation AB123451334574 4S = √The mean difference score is Mp=8 9SMD = S/Difference Score(D = B - A)For a repeated-measures t test, you need to calculate the t statistic, which requires you to calculates and SMD.What is the estimated standard deviation of the difference scores?t = MD -Squared Difference Score(D²)What is the estimated standard error of the mean difference scores? (Note: For best results, retain at least six decimal places from yourcalculation of s.)= √ 2.80 /What is the t statistic for the repeated-measures t test to test the null hypothesis Ho: HD = 0?= 3.21 You conduct a two-tailed test at a = .05. To use the Distributions tool to find the critical values, you first need to set the degrees of freedom inthe tool. The degrees of freedom areThe critical values (the values for t scores that separate the tails from the main body of the distribution, forming the critical region)areFinally, since the t statisticin the critical region, youthe null hypothesis.

Given: The table of data can be given as follows: Observation A B Difference score (D=B-A)…

Consider the following data from a repeated-measures design. You want to use a repeated-measures t test to test the null hypothesis Ho: Hp = 0 (the null hypothesis states that the mean difference for the general population is zero). The data consist of five observations, each with two measurements, A and B, taken before and after a treatment. Assume the population of the differences in these measurements are normally distributed. Complete the following table by calculating the differences and the squared differences:

Consider the following data from a repeated-measures design. You want to use a repeated-measures t test to test the null hypothesis Ho: Hp = 0 (the null hypothesis states that the mean difference for the general population is zero). The data consist of five observations, each with two measurements, A and B, taken before and after a treatment. Assume the population of the differences in these measurements are normally distributed. Complete the following table by calculating the differences and the squared differences:

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

Answer correctly and read the questions corretly, this is all one quesiton if done correclty and organized I will write a very nice review about you!

Consider the following data from a repeated-measures design. You want to use a repeated-measures t test to test the null hypothesis Ho: HD = 0
(the null hypothesis states that the mean difference for the general population is zero). The data consist of five observations, each with two
measurements, A and B, taken before and after a treatment. Assume the population of the differences in these measurements are normally
distributed.
Complete the following table by calculating the differences and the squared differences:
Observation AB
1
2
3
4
5
1
3
3
4
5
7
4 4
S = √
The mean difference score is Mp=
8 9
SMD = S/
Difference Score
(D = B - A)
For a repeated-measures t test, you need to calculate the t statistic, which requires you to calculates and SMD.
What is the estimated standard deviation of the difference scores?
t = MD -
Squared Difference Score
(D²)
What is the estimated standard error of the mean difference scores? (Note: For best results, retain at least six decimal places from your
calculation of s.)
= √ 2.80 /
What is the t statistic for the repeated-measures t test to test the null hypothesis Ho: HD = 0?
= 3.21

You conduct a two-tailed test at a = .05. To use the Distributions tool to find the critical values, you first need to set the degrees of freedom in
the tool. The degrees of freedom are
The critical values (the values for t scores that separate the tails from the main body of the distribution, forming the critical region)
are
Finally, since the t statistic
in the critical region, you
the null hypothesis.

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