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The following output summarizes a portion of the results for a two-way ANOVA experiment with no interaction. Factor A (columns) consists of four different kinds of organic fertilizers, factor B (rows) consists of three different kinds of soil acidity levels, and the variable measured is the height (in inches) of a plant at the end of four weeks. Assume that height is normally distributed. a. Find the missing values in the ANOVA table. (Round "MS" to 4 decimal places and "F' to 3 decimal places.) ANOVA Source of Variation df MS F p-value Rows 0.42 2 MSB = FFactor B = 0.907 Columns 55.77 3 MSA = FFactor A = 0.013 Error 12.82 6 MSE = Total 69.01 11 b. At the 1% significance level, can you conclude that the average growth of the plant differs by organic fertilizer? O No Picture since the p-value for Factor A is greater than significance level.

The following output summarizes a portion of the results for a two-way ANOVA experiment with no interaction. Factor A (columns) consists of four different kinds of organic fertilizers, factor B (rows) consists of three different kinds of soil acidity levels, and the variable measured is the height (in inches) of a plant at the end of four weeks. Assume that height is normally distributed. a. Find the missing values in the ANOVA table. (Round "MS" to 4 decimal places and "F' to 3 decimal places.) ANOVA Source of Variation df MS F p-value Rows 0.42 2 MSB = FFactor B = 0.907 Columns 55.77 3 MSA = FFactor A = 0.013 Error 12.82 6 MSE = Total 69.01 11 b. At the 1% significance level, can you conclude that the average growth of the plant differs by organic fertilizer? O No Picture since the p-value for Factor A is greater than significance level.

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
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The following output summarizes a portion of the results for a two-way ANOVA experiment with no interaction. Factor A (columns) consists of four different kinds of organic fertilizers, factor B (rows) consists of three different kinds of soil acidity levels, and the variable measured is the height (in inches) of a plant at the end of four weeks. Assume that height is normally distributed. a. Find the missing values in the ANOVA table. (Round "MS" to 4 decimal places and "F' to 3 decimal places.) ANOVA Source of Variation SS df MS F p-value Rows 0.42 2 MSB = FFactor B 0.907 %3D Columns 55.77 3 MSA = FFactor A 0.013 Error 12.82 6 MSE = Total 69.01 11 b. At the 1% significance level, can you conclude that the average growth of the plant differs by organic fertilizer? O NoPicture since the p-value for Factor A is greater than significance level.
Transcribed Image Text:The following output summarizes a portion of the results for a two-way ANOVA experiment with no interaction. Factor A (columns) consists of four different kinds of organic fertilizers, factor B (rows) consists of three different kinds of soil acidity levels, and the variable measured is the height (in inches) of a plant at the end of four weeks. Assume that height is normally distributed. a. Find the missing values in the ANOVA table. (Round "MS" to 4 decimal places and "F' to 3 decimal places.) ANOVA Source of Variation SS df MS F p-value Rows 0.42 2 MSB = FFactor B 0.907 %3D Columns 55.77 3 MSA = FFactor A 0.013 Error 12.82 6 MSE = Total 69.01 11 b. At the 1% significance level, can you conclude that the average growth of the plant differs by organic fertilizer? O NoPicture since the p-value for Factor A is greater than significance level.
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