¼ (the sum of the 14th-day data of the three replicates of the addition system)
Ä 3 ¼ 0.471.
(4) Mean in each time:
y ∙ ∙ 1 ¼ (0.46 + 0.75 + 0.58 + 0.47 + 0.44 + 0.4) Ä 6 ¼ 0.518,
y ∙ ∙ 2 ¼ (the
sum of the second-day data in the control system + the sum of the second-day
data in the addition system) Ä 6 ¼ 0.499,‧‧‧‧‧‧,
y ∙ ∙ 14 ¼ (the sum of the
14th-day data in the control system + the sum of the 14th-day data in the
addition system) Ä 6 ¼ 0.479.
(5) Grand mean:
y ∙ ∙ ∙ ¼ (mean of all data in the control system and addition
system) ¼ 0.474.
– Procedure (2)
(1) S AB ¼ 14 Â {(0.451À0.474)
2
+ (0.509À0.474)
2
+ ・・・
(0.491À0.474)
2 } ¼ 0.38.
(2) S A ¼ 3 Â 14 Â {(0.518À0.474)
2 + (0.431À0.474)
2 } ¼ 0.159.
(3) S B(A) ¼ (0.382À0.159) ¼ 0.223.
(4) S AC ¼ 3 Â {(0.597À0.474)
2
+ (0.559À0.474)
2
+ ・・・
(0.471À0.474)
2 } ¼ 0.406.
(5) Sc ¼ 2 Â 3 Â {(0.518À0.474)
2 + (0.499À0.474)
2 + ・・・
(0.479À0.474)
2 } ¼ 0.199.
(6) S A Â C ¼ 0.406À0.159 – 0.199 ¼ 0.0479.
(7) S T ¼ {(0.46À0.474)
2 + (0.42À0.474)
2 + ・・・(0.60À0.474)
2 } ¼ 0.872.
(8) S E ¼ 0.872À0.382-0.199-0.047 ¼ 0.242.
– Procedure (3)
(1) ν A ¼ 2À1 ¼ 1
(2) ν B(A) ¼ 2(3À1) ¼ 4
(3) ν AB ¼ 2 Â 3À1 ¼ 5
(4) ν C ¼ 14À1 ¼ 13
(5) ν A Â C ¼ (2À1)(14À1) ¼ 13
(6) ν E ¼ 2 Â 3 Â 14À1À5À13À13 ¼ 52
(7) ν T ¼ 1 + 4 + 13 + 13 + 52 ¼ 83
– Procedure (4)
(1) V B(A) ¼ 0.223 / 4 ¼ 0.0559
(2) V A ¼ 0.159 / 1 ¼ 0.159
(3) V A Â C ¼ 0.047 / 13 ¼ 0.00368
(4) V C ¼ 0.199 / 13 ¼ 0.0153
(5) V E ¼ 0.242 / 52 ¼ 0.00465
– Procedure (5).
(1) F A ¼ 0.159 / 0.0559 ¼ 2.84.
(2) F B(A) ¼ 0.0559 / 0.00465 ¼ 12.00.
(3) F C ¼ 0.0153 / 0.00465 ¼ 3.29.
6 Estimation Using the Microcosm N-System
59