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Posted: **Mon Nov 15, 2021 10:43 am**

: Class Activity Calculating The F Ratio Ss E Xermup X Grund Xn Table 11 1 Data For Simple Anova X X X 5 X X Co 1 (39.89 KiB) Viewed 105 times

: Class Activity Calculating The F Ratio Ss E Xermup X Grund Xn Table 11 1 Data For Simple Anova X X X 5 X X Co 2 (43.51 KiB) Viewed 105 times

: Class Activity Calculating The F Ratio Ss E Xermup X Grund Xn Table 11 1 Data For Simple Anova X X X 5 X X Co 3 (38.25 KiB) Viewed 105 times

Class Activity: Calculating the F ratio ss, = E(Xermup - X grund) xn TABLE 11.1 Data for Simple ANOVA x, X X. 5 X, X (control) Calculate the sum of squares between (SS) 6 0 6 7 8 . 7 5 10 30 44 7 7 7 2 786 31 7 443 529 500 .... No COM | SS, = Σ(X - Xρνιας)

Class Activity: Calculating the F ratio ssy - Σ(X - Χρινεις ) Calculate the sum of squares within (SS) TABLE 11.3 Squaring and Summing Within Group Deviation (d, (d, (d, (d) (e 166 8.18 0.00 2.92 0.33 0 0 074 1.00 5.24 0.18 050 1.30 1.00 000 2.08 2.32 0.02 000 2.92 0.18 100 1130 000 106 2.40 0.50 0.74 1.00 0.08 0.18 450 1.00 0.50 0.30 407.40 dy-18.80 X400 13:40 110571 by w wy 000 SS - 50.8018

Class Activity: Calculating the F ratio Calculate the degrees of freedom between and within. Then calculate the mean squares between and within. Finally, calculate the F ratio. SS, -50.8018 dl, = k-1 MS, - SS, /d/, SSW - 47.37 dfw = N-A MS,= SS// F = MS/MS, N-35 K-5