47°

APPENDIX I

approximation to the factor-variance : all the totals are to be
expressed as ratios of this value. Accordingly—

4. Divide each total once again by the largest in the set:
(2-176 -r 2-176 = i-ooo ; 1-595 -r 2-176 = 735 ; etc.). Instead
of using these figures for weights as they stand, we guess ahead and

B. WEIGHTED SUMMATION
TABLE VI

CALCULATION OF SATURATION COEFFICIENTS FOR FIRST FACTOR BY
SUCCESSIVE APPROXIMATION

(Ratios of Variance as Weights)
(a) ist Approximation

Multipliers,
Observed Correlations.

I'O
•7216
•58
•49
.30

I'O
•5B
-6351
-46
•IO

I'O
•49
•46
•3794
-09

I'O
.30
•10
•09
'3994

I'O
•38
•13
•12
•50

I'O
•44
•21
•25
•28

-38

**3

•12

•50

•6266

-36

'25
-28
•36

Divide by 2*9i)2'9i
2'12
1-79 i
-67
2-r2
1-93

Ratios . .1-00
73
-62
•57
73
-66

Say . . ro
7
•6
*6
7
7

<*)*
d Approximation

Multipliers.
Products.

I'O
•722
-580
'49°
•300
•380
•440

7
•406
•445
-322
•070
'091
•147

•6
•294
•276
•228
-054
•072
-150

-6
•180
-060
•054
•240
•300
•168

7
•266
•091
•084
•350
'439
•252

7
•308
•147
•175
•196
•252
•*75

Divide by 2*176) 2- 176
1-599
1-353 i
•210
J-534
1*432

Ratios . . I -ooo
735
•622
-556
705
^658

Adjusted . i-oo
75
•63
*54
-68
*$