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Comparison & Limit comparison tests to find convergence or
divergence
Help with question 10,11
Use the Comparison Test to determine if the series converges or diverges. 10) - 10 n=1 4 .9 A) converges B) diverges Use the limit comparison test to determine if the series converges or diverges. 11) - 6 275+ Bn (In n) 2 A) Diverges B) Converges
4. (True or False) Many of the comparison procedures and tests we discussed such as the t-test for difference in two means, test for two proportions and the F test for the equality of two variances only control for the pairwise (or individual) comparison error rate. One reason things get more complicated when you compare many groups is that you need to control for the experiment wise error rate.
Utilize the comparison tests to show that if 2 2 2 2 2 2
Raw scores on behavioral tests are often transformed for easier comparison. A test of reading ability has mean 60 and standard deviation 10 when given to third graders. Sixth graders have mean score 83 and standard deviation 9 on the same test. To provide separate "norms" for each grade, we want scores in each grade to have mean 100 and standard deviation 20. (Round your answers to two decimal places.) (a) What linear transformation will change third-grade scores x into new...
Do we need to and If so how do we do these multiple comparison
Tests?
Produce Milk Cereal
63 38 27
39 20 52
61 33 54
55 56 51
37
(Milk is the one with 37 as the 5th number)
The accompanying data show the number of pounds of bananas sold per week at a grocery store when the banana display was positioned in the produce, milk, and cereal sections of the store. Complete parts a and b....
calc II
Problem 4 (20 points) Use the Comparison Tests to determine whether the series is convergent or divergent. 11+n 2+n I na1
Question 1 (1 point) Where t-tests only allow the comparison of 2 groups at a time, ANOVA will analyze the variance among three or more groups. Question 1 options: a) True b) False Question 2 (1 point) There is no effect on error rate whether we run one ANOVA with post hoc tests or multiple t-tests. Question 2 options: a) True b) False Question 3 (1 point) The F-Ratio is calculated by taking the ratio of variance between two groups...
Excluding multiple t-tests, all other multiple comparison procedures, such as post-hoc comparisons: Select one: a. Inflate α b. Inflate β c. Divide α in half. d. Maintain the probability of a Type I error at the desired level originally set.
Comparison test and Limit Comparison test
81 (n+652
Hi if someone could please help me with this question. I am stuck