Homework Help is Here – Start Your Trial Now!
Math
Statistics
QUESTION 16 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. df MS F test stats Treatments # 1 #5 #9 #12 Blocks #2 #6 # 10 # 13 Error # 3 #7 #11 XXXXXXX XXXXXXX Total # 4 # 8 XXXXXXX #16: What is the most appropriate technical conclusion for treatments, based on the available evidence and testing at the indicated level of significance? {Select the best response.) a. The researcher would highly reject the unidentified null hypothesis for treatments. b. The researcher would reject the unidentified null hypothesis for treatments. c. The researcher would marginally reject the unidentified null hypothesis for treatments. d. The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. The researcher would fail to reject the unidentified null hypothesis for treatments. f. The researcher would marginally fail to reject the unidentified null hypothesis for treatments. Record your response to Item #16 here. O a. Response (a): The researcher would highly reject the unidentified null hypothesis for treatments. Ob. . Response (b): The researcher would reject the unidentified null hypothesis for treatments. O C. Response (c): The researcher would marginally reject the unidentified null hypothesis for treatments. O d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. · Response (e): The researcher would fail to reject the unidentified null hypothesis for treatments. Of. T. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for treatments.

QUESTION 16 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. df MS F test stats Treatments # 1 #5 #9 #12 Blocks #2 #6 # 10 # 13 Error # 3 #7 #11 XXXXXXX XXXXXXX Total # 4 # 8 XXXXXXX #16: What is the most appropriate technical conclusion for treatments, based on the available evidence and testing at the indicated level of significance? {Select the best response.) a. The researcher would highly reject the unidentified null hypothesis for treatments. b. The researcher would reject the unidentified null hypothesis for treatments. c. The researcher would marginally reject the unidentified null hypothesis for treatments. d. The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. The researcher would fail to reject the unidentified null hypothesis for treatments. f. The researcher would marginally fail to reject the unidentified null hypothesis for treatments. Record your response to Item #16 here. O a. Response (a): The researcher would highly reject the unidentified null hypothesis for treatments. Ob. . Response (b): The researcher would reject the unidentified null hypothesis for treatments. O C. Response (c): The researcher would marginally reject the unidentified null hypothesis for treatments. O d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. · Response (e): The researcher would fail to reject the unidentified null hypothesis for treatments. Of. T. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for treatments.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
See similar textbooks
icon
Related questions
Question

FOR NUMBERS 16 and 17 choose which statement fits.

Directions: Solve the following problems and answer the following questions. Use technology to your advantage.  Record your responses according to the coded cells in the organizer and the additional questions.  Be precise; do not enter any insignificant or extraneous digits: enter 2 not 2.0 if the answer is two.  Please round off precisely if and when necessary and as requested.]

QUESTION 16 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. SS df MS F test stats Treatments #1 #5 #9 #12 Blocks #2 #6 #10 #13 Error #3 #7 #11 XXXXXXX XXXXXXX Total #4 #8 XXXXXXX #16: What is the most appropriate technical conclusion for treatments, based on the available evidence and testing at the indicated level of significance? {Select the best response.} a. The researcher would highly reject the unidentified null hypothesis for treatments. b. The researcher would reject the unidentified null hypothesis for treatments. c. The researcher would marginally reject the unidentified null hypothesis for treatments. d. The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. The researcher would fail to reject the unidentified null hypothesis for treatments. f. The researcher would marginally fail to reject the unidentified null hypothesis for treatments. Record your response to Item #16 here. а. Response (a): The researcher would highly reject the unidentified null hypothesis for treatments. b. Response (b): The researcher would reject the unidentified null hypothesis for treatments. C. Response (c): The researcher would marginally reject the unidentified null hypothesis for treatments. d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for treatments. е. Response (e): The researcher would fail to reject the unidentified null hypothesis for treatments. f. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for treatments.
Transcribed Image Text:QUESTION 16 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. SS df MS F test stats Treatments #1 #5 #9 #12 Blocks #2 #6 #10 #13 Error #3 #7 #11 XXXXXXX XXXXXXX Total #4 #8 XXXXXXX #16: What is the most appropriate technical conclusion for treatments, based on the available evidence and testing at the indicated level of significance? {Select the best response.} a. The researcher would highly reject the unidentified null hypothesis for treatments. b. The researcher would reject the unidentified null hypothesis for treatments. c. The researcher would marginally reject the unidentified null hypothesis for treatments. d. The researcher would highly fail to reject the unidentified null hypothesis for treatments. e. The researcher would fail to reject the unidentified null hypothesis for treatments. f. The researcher would marginally fail to reject the unidentified null hypothesis for treatments. Record your response to Item #16 here. а. Response (a): The researcher would highly reject the unidentified null hypothesis for treatments. b. Response (b): The researcher would reject the unidentified null hypothesis for treatments. C. Response (c): The researcher would marginally reject the unidentified null hypothesis for treatments. d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for treatments. е. Response (e): The researcher would fail to reject the unidentified null hypothesis for treatments. f. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for treatments.
QUESTION 17 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. SS df MS F test stats Treatments # 1 #5 #9 #12 Blocks #2 #6 #10 #13 Error #3 #7 #11 XXXXXXX XXXXXXX Total #4 #8 XXXXXXX #17: What is the most appropriate technical conclusion for blocks, based on the available evidence and testing at the indicated level of significance? {Select the best response.} a. The researcher would highly reject the unidentified null hypothesis for blocks. b. The researcher would reject the unidentified null hypothesis for blocks. c. The researcher would marginally reject the unidentified null hypothesis for blocks. d. The researcher would highly fail to reject the unidentified null hypothesis for blocks. e. The researcher would fail to reject the unidentified null hypothesis for blocks. f. The researcher would marginally fail to reject the unidentified null hypothesis for blocks. Record your response to Item #17 here. а. Response (a): The researcher would highly reject the unidentified null hypothesis for blocks. b. Response (b): The researcher would reject the unidentified null hypothesis for blocks. C. Response (c): The researcher would marginally reject the unidentified null hypothesis for blocks. d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for blocks. е. Response (e): The researcher would fail to reject the unidentified null hypothesis for blocks. O f. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for blocks.
Transcribed Image Text:QUESTION 17 Apply the techniques of two-way ANOVA to a data sample split into eight treatments with total degrees of freedom, df = 47, testing at the 2.5% level of significance. The Sum of Squares for Treatments is 42; the Mean Square for Blocks is 9, and the Mean Square for Error is 3. SS df MS F test stats Treatments # 1 #5 #9 #12 Blocks #2 #6 #10 #13 Error #3 #7 #11 XXXXXXX XXXXXXX Total #4 #8 XXXXXXX #17: What is the most appropriate technical conclusion for blocks, based on the available evidence and testing at the indicated level of significance? {Select the best response.} a. The researcher would highly reject the unidentified null hypothesis for blocks. b. The researcher would reject the unidentified null hypothesis for blocks. c. The researcher would marginally reject the unidentified null hypothesis for blocks. d. The researcher would highly fail to reject the unidentified null hypothesis for blocks. e. The researcher would fail to reject the unidentified null hypothesis for blocks. f. The researcher would marginally fail to reject the unidentified null hypothesis for blocks. Record your response to Item #17 here. а. Response (a): The researcher would highly reject the unidentified null hypothesis for blocks. b. Response (b): The researcher would reject the unidentified null hypothesis for blocks. C. Response (c): The researcher would marginally reject the unidentified null hypothesis for blocks. d. Response (d): The researcher would highly fail to reject the unidentified null hypothesis for blocks. е. Response (e): The researcher would fail to reject the unidentified null hypothesis for blocks. O f. Response (f): The researcher would marginally fail to reject the unidentified null hypothesis for blocks.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 4 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Similar questions
Recommended textbooks for you
MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
Statistics
ISBN:
9781119256830
Author:
Amos Gilat
Publisher:
John Wiley & Sons Inc
Probability and Statistics for Engineering and th…
Probability and Statistics for Engineering and th…
Statistics
ISBN:
9781305251809
Author:
Jay L. Devore
Publisher:
Cengage Learning
Statistics for The Behavioral Sciences (MindTap C…
Statistics for The Behavioral Sciences (MindTap C…
Statistics
ISBN:
9781305504912
Author:
Frederick J Gravetter, Larry B. Wallnau
Publisher:
Cengage Learning
Elementary Statistics: Picturing the World (7th E…
Elementary Statistics: Picturing the World (7th E…
Statistics
ISBN:
9780134683416
Author:
Ron Larson, Betsy Farber
Publisher:
PEARSON
The Basic Practice of Statistics
The Basic Practice of Statistics
Statistics
ISBN:
9781319042578
Author:
David S. Moore, William I. Notz, Michael A. Fligner
Publisher:
W. H. Freeman
Introduction to the Practice of Statistics
Introduction to the Practice of Statistics
Statistics
ISBN:
9781319013387
Author:
David S. Moore, George P. McCabe, Bruce A. Craig
Publisher:
W. H. Freeman
SEE MORE TEXTBOOKS