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14. Using point of distribution of F- table and the df of this table, locate the tabular value of 5% and 1% and reflect it in your Table (5% and 1%). (Blue) ulor volue (59

14. Using point of distribution of F- table and the df of this table, locate the tabular value of 5% and 1% and reflect it in your Table (5% and 1%). (Blue) ulor volue (59

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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Pls answer No. 14
13. Using this ANOVA Table (CRD) and enter all your computed values. (green) F-Value SV df Tabular Computed (Fc) SS MS 5% 1% Treatment Experimental Error Total 14. Using point of distribution of F- table and the df of this table, locate the tabular value of 5% and 1% and reflect it in your Table (5% and 1%). (Blue) 15. in your treatment, compare the computed F computed (Fc) value from that of Tabular value (5% and 1%), then answer the following questions: a. is the value of Computed Fc is greater than the tabular value in both 5% and 1%? (yes or no) b. is there is any significant differences among the treatment means? (yes or no) c. what is the CV value? Activity No. 2. Using the RCBD, compute the ANOVA of the following data in this tabie 2. Table 2. weight of sorghum (t/ha) as affected different organic-based enhancers. Organic-based enhancers II III IV Total Mean T1 - FPJ 2.1 2.5 3.2 3.6 T2 – FAA 4.0 3.9 4.3 4.5 5.1 5.5 6.1 T3 - Vermi Tea T4- FOBF 4.9 2.9 3.1 3.2 4.4 Total Mean/Grand Mean Note: see to it first to compute the treatment total and the mean block total and its mean as well the grand total and grand mean. Write directly your answer/s in Table 2 (blank). Then please proceed to actual computation following the Gomez and Gomez or Gregorio's procedure.
Transcribed Image Text:13. Using this ANOVA Table (CRD) and enter all your computed values. (green) F-Value SV df Tabular Computed (Fc) SS MS 5% 1% Treatment Experimental Error Total 14. Using point of distribution of F- table and the df of this table, locate the tabular value of 5% and 1% and reflect it in your Table (5% and 1%). (Blue) 15. in your treatment, compare the computed F computed (Fc) value from that of Tabular value (5% and 1%), then answer the following questions: a. is the value of Computed Fc is greater than the tabular value in both 5% and 1%? (yes or no) b. is there is any significant differences among the treatment means? (yes or no) c. what is the CV value? Activity No. 2. Using the RCBD, compute the ANOVA of the following data in this tabie 2. Table 2. weight of sorghum (t/ha) as affected different organic-based enhancers. Organic-based enhancers II III IV Total Mean T1 - FPJ 2.1 2.5 3.2 3.6 T2 – FAA 4.0 3.9 4.3 4.5 5.1 5.5 6.1 T3 - Vermi Tea T4- FOBF 4.9 2.9 3.1 3.2 4.4 Total Mean/Grand Mean Note: see to it first to compute the treatment total and the mean block total and its mean as well the grand total and grand mean. Write directly your answer/s in Table 2 (blank). Then please proceed to actual computation following the Gomez and Gomez or Gregorio's procedure.
Given the table 1 below, please compute the following: 1. Compute the treatment total and mean (each) 2. Compute the block total (each) 3. Compute for the grand mean Please provide/write your answer on the blank box (green color boxes) of this table. Table 1. Weight (g) of harvested fruits of tomato Block I II III Total Mean T1 2.33 2.17 3.95 T2 2.65 2.60 ---- T3 2.99 2.09 2.31 T4 2.98 1.92 2.06 T5 2.49 3.47 4.03 Total 2.70 2.46 2.99 Mean Grand Mean 4. How many blocks/replications) are involved in this table? This table is an example of treatment with equal or unequal? 6. How many treatments are involved in this table? Computation: Compute the df (degree of freedom) values for the different SVs (source of variation) Given the formula below, compute the following: a. Total df (Tdf) = (r x t) -1 Where: r = replication/block t = treatment b. Treatment df, tdf = t-1 c. Error df can bc computed as follows: 1. Tdf - tdf or 2. (t) (r-1) Show the process of your computation using extra paper. Please submit it with your name. 7. Tdf = 8. tdf = 9. Error df = 10 Calculate the various sums of squares (SSs) as follows: (Show your computation using extra paper) a. Correction Factor b. Total SS c. Treatment SS d. Error SS 11. Compute the mean square of each CV by dividing each SS by its corresponding df a. tMS b. EMS 12. Solve for the computed F-value (Fc) a. Fc
Transcribed Image Text:Given the table 1 below, please compute the following: 1. Compute the treatment total and mean (each) 2. Compute the block total (each) 3. Compute for the grand mean Please provide/write your answer on the blank box (green color boxes) of this table. Table 1. Weight (g) of harvested fruits of tomato Block I II III Total Mean T1 2.33 2.17 3.95 T2 2.65 2.60 ---- T3 2.99 2.09 2.31 T4 2.98 1.92 2.06 T5 2.49 3.47 4.03 Total 2.70 2.46 2.99 Mean Grand Mean 4. How many blocks/replications) are involved in this table? This table is an example of treatment with equal or unequal? 6. How many treatments are involved in this table? Computation: Compute the df (degree of freedom) values for the different SVs (source of variation) Given the formula below, compute the following: a. Total df (Tdf) = (r x t) -1 Where: r = replication/block t = treatment b. Treatment df, tdf = t-1 c. Error df can bc computed as follows: 1. Tdf - tdf or 2. (t) (r-1) Show the process of your computation using extra paper. Please submit it with your name. 7. Tdf = 8. tdf = 9. Error df = 10 Calculate the various sums of squares (SSs) as follows: (Show your computation using extra paper) a. Correction Factor b. Total SS c. Treatment SS d. Error SS 11. Compute the mean square of each CV by dividing each SS by its corresponding df a. tMS b. EMS 12. Solve for the computed F-value (Fc) a. Fc
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