Mathematics
Mathematics, 05.03.2020 08:42, snikergrace

What are the requirements to perform a one-way ANOVA? Is the test robust? What are the requirements to perform a one-way ANOVA? Select all that apply. A. There must be k simple random samples, one from each of k populations or a randomized experiment with k treatments. B. The populations must have the same variance; that is, each treatment group has population variance sigmaσ2. C. The within-sample variability must be less than the combined variances of each group. D. The k samples must be independent of each other; that is, the subjects in one group cannot be related in any way to subjects in a second group. E. The sample means must all be equal. F. The populations must be normally distributed.

answer
Answers: 1

Other questions on the subject: Mathematics

image
Mathematics, 21.06.2019 19:30, unknown337
Complete the synthetic division problem below. what is the quotient in polynomial form 2/16 -16
Answers: 3
image
Mathematics, 21.06.2019 21:00, newsome1996p4ggft
5x−4≥12 or 12x+5≤−4 can you with this problem
Answers: 3
image
Mathematics, 21.06.2019 22:20, ineedhelp2285
The figure shows triangle def and line segment bc, which is parallel to ef: triangle def has a point b on side de and point c on side df. the line bc is parallel to the line ef. part a: is triangle def similar to triangle dbc? explain using what you know about triangle similarity. part b: which line segment on triangle dbc corresponds to line segment ef? explain your answer. part c: which angle on triangle dbc corresponds to angle f? explain your answer. asap
Answers: 3
image
Mathematics, 21.06.2019 22:30, mbalderp5bxjo
Solve for x. −3/4(x+2)=6 enter your answer in the box
Answers: 1
Do you know the correct answer?
What are the requirements to perform a one-way ANOVA? Is the test robust? What are the requirements...

Questions in other subjects:

Konu
Mathematics, 21.12.2020 09:30
Konu
Mathematics, 21.12.2020 09:30
Konu
Mathematics, 21.12.2020 09:30
Konu
Advanced Placement (AP), 21.12.2020 09:30