HARMONIC ANALYSIS AND PREDICTION OF TIDES 167 
Table 2a.—Shallow-water constituents 
Argument 
ESR a OY Speed Factor-f 
Origin V u 
degrees per h. 
Semidiurnal 
MNS,.._-| M2-+-N2—S2------- 2T—5s+4h+p..__----- 44&-—4y__ ee 27. 423, 833, 7 | f2(Ma) 
2SM2__--| 2S2—Me____-_____ 27-+-2s—2h_____-.__--- —2§+2p_.________- 31. 015, 895, 8 | f(M2) 
Terdiurnal 
MKs3.___.- Me+Ki-________-- 37—2s+3h—90°______- +2§—2y—p!______ 44. 025, 172,9 | f (Mes) x f(K1) 
2MK3___- 2Mo—Ki__-.___--. 3T—4s+3h+90°______- +4&—4y-+y’______ 42. 927, 139, 8 | f2 va Xf(K1) 
Sie 0 Sas Kge sss. eS 3T+h—90°_________-_- SR ee SSC ea eee 45. 041, 068, 6 | f (K1) 
SO3__-:--| Se+O1-.-.-------- 3T—2s+h+90°_._____- <2e—p) bee ee 43. 943, 035, 6 | f (O01) 
Quarter diurnal 
4T—4s+-4h___.______-- 57. 968, 208, 4 | f2 (Ma) 
4T—2s+2h___________- 58. 984, 104, 2 | f2 (Mo) 
4T—5s+4h+. Piet 57. 423, 833, 7 | {2 (Ma) 
4T—2s+4h__ we 59. 066, 241, 5 | f (M2) Xf(Ks) 
AT Se. SA 6 aS. 60. 000, 000, 0 | uxity 
Sizth diurnal 
6T—6s+6h___.__-_____ 
6T—4s+4h____ 
6T—7s+6h+p-_ 
6T—2s+2h_-___ 3 
67—5s+4h+p-____----- 
CY pea ek eee 
Eighth diurnal 
Mighell Mig 2 oe Senet 2: et 8T—8s+8h______-___-- +8§—8y_________-- 115. 936, 416, 9 | f4 (Ma) 
3MSs_-_--| 3M2+So_________- 8T—6s+6h______.__--- +6&—6r_________-- 116. 952, 312, 7 | f3 (Ma) 
2 (MS)s_-| 2M2+2Se_________ 8T—4s+4h______------ +4&—4y_______ le 117. 968, 208, 4 | f2 (Ms) 
2MSNs3.---| 2Mo+S2+Np-_ _--_- 8T—7s+6h+p____.--_- +6&—6y_._______-- 116. 407, 938, 0 | {2 (Me) 
Seuss. = CASE ie 5 EMU haf fa CS PR a pe TOTO WS... 2. ae 120.000, 000,0 | unity 
