HARMONIC ANALYSIS AND PREDICTION OF TIDES 
187 
Table 12.—Log factor F corresponding to every tenth of a degree of I—Con. 
20.2° | Diff. | 20.3° | Diff. | 20.4° | Diff. | 20.5° | Diff.| 20.6° | Diff. 
ALT sh Sh er ee oe 0.0482 | —18 | 0.0464 | —17 | 0.0447 | —18 | 0.0429 | —18 | 0.0411 | —17 | 0.0394 | —17 
Reper ae eet. 0.0340 | —11 } 0.0329 | —11 | 0.0318 | —11 | 0.0307 | —11 | 0.0296 | —11 | 0.0285 | —11 
1 Cagle SR ah ae 0.0864 | —23 | 0.0841 | —23 | 0.0818 | —23 | 0.0795 | —24 | 0.0771 | —23 | 0.0748 | —23 
Ae » No, 2N__-| 9.9885 +3 | 9.9888 +2 | 9.9890 +3 | 9.9893 +3 | 9.9896 +3 | 9.9899 +2 
op we 2a a. 9.9827 | +4 | 9.9831 +4 | 9.9835 +5 | 9.9840 +4 | 9.9844 +4 | 9.9848 +4 
Me VIN eee 9. 9770 +5 | 9.9775 +6 | 9.9781 +5 | 9.9786 +6 | 9.9792 +5 | 9.9797 +6 
1 Ce ae 9.9655 } +8 | 9.9663 +8 | 9.9671 +8 | 9.9679 +8 | 9.9687 +9 | 9.9696 +8 
WY pe Reever 9.9540 | +10 | 9.9550 | +11 | 9.9561 | +11 | 9.9572 | +11 | 9.9583 | +11 | 9.9594 | +11 
an Qi, 2Q, pi--- a 0570 | —19 | 0.0551 | —20 | 0.0531 | —19 | 0.0512 | —19 | 0.0493 | —18 | 0.0475 | —19 
AR He de tea 1940 | —63 | 0.1877 | —63 | 0.1814 | —63 | 0.1751 | —62 | 0.1689 | —62 | 0.1627 | —62 
IVEKes oes See 0.0225 | —8 | 0.0217 —9 | 0.0208 —8 | 0.0200 —9 | 0.0191 —8 | 0.0183 —8 
OIVEKE Beene 0.0109 | —5 | 0.0104 —6 | 0.0098 —5 | 0.0093 —6 | 0.0087 —5 | 0.0082 —6 
Mise aso er 0.1255 | —41 | 0.1214 | —41 | 0.1173 | —41 | 0.1132 | —41 | 0.1091 | —40 | 0.1051 | —41 
Terma eee 9.9617 | +9 | 9.9626 +9 | 9.9635 +9 | 9.9644 +9 | 9.9653 +9 | 9. 9662 +9 
i 20.7° | Diff.| 20.8° | Diff. |} 20.9° | Diff. | 21.0° | Diff.| 21.1° | Diff. | 21.2° | Diff. 
Constituent 
Vite ee UE 0.0377 | —17 | 0.0360 | —17 | 0.0343 | —17 | 0.0326 | —17 | 0.0309 | —17 | 0.0292 | —16 
KG os ee eee 0.0274 | —11 | 0.0263 | —11 | 0.0252 | —11 | 0.0241 | —11 | 0.0230 | —11 | 0.0219 | —10 
KKge sa eee e ne 0.0725 | —24 | 0.0701 | —23 | 0.0678 | —24 | 0.0654 | —24 | 0.0630 | —23 | 0.0607 | —24 
M2*, No, 2N__.-| 9.9901 | +3 | 9.9904 +3 | 9.9907 +3 | 9.9910 +2 | 9.9912 +3 | 9.9915 +3 
Mg aes ek 9.9852 | +4 | 9.9856 +4 | 9.9860 +4 | 9.9864 +5 | 9.9869 +4 | 9.9873 +4 
Ma, MN_-_-__-- 9.9803 | +5 | 9.9808 +6 | 9.9814 +5 | 9.9819 +6 | 9.9825 +6 | 9.9831 +5 
1 [ee ae 9.9704 | +8 | 9.9712 +8 | 9.9720 +9 | 9.9729 +8 | 9.9737 +9 | 9.9746 +8 
Might een 9.9605 | +11 | 9.9616 | +11 | 9.9627 | +12 | 9.9639 | +11 | 9.9650 | +11 | 9.9661 | +12 
On Q1, 2Q, pi--. 0. 0456 | —19 | 0.0437 | —18 | 0.0419 | —19 | 0.0400 | —18 | 0.0382 | —1i8 | 0.0364 | —18 
epee ae Sh EO 0.1565 | —61 | 0.1504 | —61 | 0.1443 | —61 | 0.1382 | —61 | 0.1321 | —60 | 0.1261 | —60 
0.0175 | —8 | 0.0167 —8 | 0.0159 —8 | 0.0151 —8 | 0.0143 —8 | 0.0135 -—8 
0.0076 | —5 | 0.0071 —6 | 0.0065 —5 | 0.0060 —5 | 0.0055 —5 | 0.0050 —5 
0.1010 | —40 | 0.0970 | —39 | 0.0931 | —40 | 0.0891 | —39 | 0.0852 | —40 | 0.0812 | —39 
9.9671 | +9 | 9.9680 | +10 | 9.9690 +9 | 9.9699 | +10 | 9.9709 +9 | 9.9718 | +10 
~ | 
ob 21.3° | Diff.) 21.4° | Diff. | 21.5° | Diff. | 21.6° | Diff. | 21.7° | Diff. | 21.8° | Diff. 
0. 0346 
0. 1201 
-| 0.0127 
0. 0045 
0.0259 | —16 | 0.0243 | —16 
0.0198 | —11 | 0.0187 | —10 
0.0559 | —25 | 0.0534 | —24 
9.9921 | +3 | 9.9924} +3 
9.9882 | +4 | 9.9886 | +4 
9.9842 | +6 | 9.9848 | +6 
9.9763 | +9 | 9.9772 | +8 
9.9684 | +12 | 9.9696 | +11 
—18 | 0.0328 | —18 | 0.0310 | —18 
—60 | 0.1141 | —59 | 0.1082 | —59 
—8 | 0.0119 | —8/ 0.0111} —8 
—5 | 0.0040 | —5 | 0.0035 | —5 
—38 | 0.0735 | —39 | 0.0696 | —38 
+9 | 9.9737 | +10 | 9.9747 | +10 
0. 0227 
0.0177 
0. 0510 
9. 9927 
9. 9890 
9. 9854 
9. 9780 
9. 9707 
0. 0292 
0. 1023 
0. 0103 
0. 0030 
0. 0658 
9. 9757 
—16 
—11 
—24 
0. 0211 
0. 0166 
0. 0486 
9. 9930 
9. 9894 
9. 9859 
9. 9789 
9. 9719 
0. 0275 
0. 0964 
0 0096 
0. 0025 
0. 0619 
9. 9767 
—16 
—10 
—4 
0. 0195 
0. 0156 
0. 0462 
9. 9933 
9. 9899 
9. 9865 
9. 9798 
9. 9730 
0. 0257 
0. 0906 
0 0088 
0. 0021 
0. 0581 
9. 9776 
*Log F of do, ua, v2, aM 28M, and: MSf are each equal to log F of Me. 
Log F of Pi, Ra, Si, 
2, 84, Se, T2,S 
a, and Ssa are each zero. 
For log F of Le and mM, see Table 13. 
