Tabelle 25. Die Winkelgeschwindigkeiten der Tiden. 
.Nr. 
Tidenzahl 
Tide 
X 
3 
Winkelgeschwindigkeit 
in 1 Stunde in l2Stunden 
ix 12i\ 
r„ 
Nr. 
Tidenzahl 
Tide 
X 
Winkelgeschwindigkeit 
in 1 Stunde [in 12Stunden 
ix i 12 ix 
V 
r ox 
1 
2 
4 
fi 
6 
1 
2 
3 
4 
S 
6 
1 
1379 
NJ, 
12.8542862 
0 
154.2514343 
— 4$ 4- A + 2p — 
90° 
43 
3777 
K» 
O 
45.1232059 
O 
I8I.47847IO 
+ 3 h 
-f 90° 
2 
1397 
/i K, 
12.9271398 
155.1256775 
— 4 s -b 3 h 
— 
90 
44 
4098 
2 MNS, 
56.4079380 
316.8952555 
— 7s + 6/i + 
P 
3 
1478 
Qi 
13.3986609 
160.7839306 
— 3s + h + 
P— 
90 
45 
4177 
3MK 4 
56.8701754 
322.4421045 
— 6s 4-4A 
4 
1496 
vK, 
13.4715145 
161.6581739 
— 3s 4-3A — 
P — 
90 
40 
4197 
3MS 4 
56.9523127 
323.4277518 
— 6s -f 6A 
5 
1577 
0, 
13-9430356 
167.3164269 
— 2s + h 
— 
90 
47 
4278 
MN, 
574238337 
3 29.0860049 
— 5 s -H 4 h + 
P 
G 
1597 
MP, 
14.0251729 
168.3020743 
— 2s 4- %h 
4 
90 
48 
4357 
2 MSK 4 
57.8860711 
334.6328539 
— 4s + 2 h 
7 
167S 
NO, 
14.4966939 
173-9603273 
— S + Ä + 
p 4 
90 
49 
4377 
M 4 
57.9682084 
335-6185012 
— 4s-f4/i 
s 
1696 
LP, 
14.5695475 
174-8345706 
s + 3 h — 
P + 
90 
50 
4397 
2MKS 4 
58.0503457 
336.6041485 
— 4s 4- 6/i 
9 
1747 
TK, 
14.9178627 
179.0143527 
— 2/i - 
Pi+ 
90 
51 
4458 
sn 4 
58.4397295 
341.2767543 
— 3s + 2/i T* 
P 
10 
1757 
Pl 
I4-95893I4 
179-5071763 
— h 
— 
90 
52 
4476 
3MN 4 
58.5125831 
342.1509975 
— 3s 4- 4/i — 
P 
11 
1767 
S, 
15.0000000 
180.0000000 
Hb 
P,+ 
90 
53 
4537 
2SMK 4 
58.9019669 
346.8236033 
— 2s 
12 
1777 
K, 
15.0410686 
180.4928237 
4- h 
4 
90 
54 
4557 
MS 4 
58.9841042 
347.8092506 
— 2s \ 2h 
13 
1787 
RP, 
15.0821373 
180.9856473 
+ 2h — 
Pi + 
90 
55 
4577 
MK 4 
59.0662415 
348.7948979 
— 2s 4- 4/i 
U 
1797 
KP, 
15-1232059 
181.4784710 
4 3 h 
4 
90 
56 
4638 
2 SNM 4 
59.4556253 
353-4675037 
— s -b 
P 
15 
1858 
À<\ 
I5-5I25897 
186.1510767 
4- s — h + 
p 4 
90 
57 
4656 
2MSN 4 
59.5284789 
354-3417469 
— S 4' 2/i — 
P 
16 
1876 
■h 
15.5854433 
187.0253200 
+ s 4- h — 
p 4 
90 
58 
4737 
S, 
60.0000000 
0.0000000 
0 
17 
1957 
80, 
16.0569644 
192.6835731 
4 2s — h 
4* 
90 
59 
4757 
SK 4 
60.0821373 
0.9856473 
4“ 2/i 
13 
1977 
oo, 
16.1391017 
193.6692204 
4“ 2$ ~b h 
4 
90 
60 
4836 
2SMN, 
60.5443747 
6.5324963 
4- s 
p 
19 
1Z76 
KQ, 
16.6834764 
200.2017167 
4 3s 4 A — 
p 4 
90 
61 
4917 
3SM 4 
61.0158958 
12.1907494 
4- 2s —2/i 
20 
2298 
MNS, 
27.4238337 
329.0860049 
— 5s4 4Ä 4 
p 
62 
4937 
2SKM 4 
61.0980331 
13-1763967 
4- 2s 
21 
2379 
2N, 
27-8953548 
334-7442580 
— 4s 4 2h -f 
2p 
63 
6078 
2 MN, 
86.4079380 
316.8952555 
— 7s 4- (ih 4- 
P 
22 
2397 
fH 
27.96820S4 
335-6185012 
— 4s 4 4A 
64 
6177 
M,. 
86.9523127 
323.427751s 
— 6s 4-6/i 
23 
2478 
N, 
28.4397295 
341.2767543 
— 3s 4 2h 4 
P 
65 
6258 
MSN,, 
87-4238337 
329.0860049 
— os "jb 4. h “b 
P 
24 
2496 
r*i 
28.5125831 
342.1509975 
— 3s 4 4 A — 
P 
66 
6278 
MNK, 
87-5059710 
330.0716522 
— 5s 4-6 A4- 
P 
25 
2557 
0P 2 
28.9019669 
346.8236033 
— 2s 
4. 
180 
67 
6357 
2 MS (i 
87.9682084 
335.61S50I2- 
— 4 s 4- 4 h 
26 
2577 
M» 
28.9841042 
347.8092506 
— 2s 4 2k 
68 
6377 
2 MK r 
88.0503457 
336.6041485 
— 4s + 6 h 
27 
2658 
h 
29.4556253 
353-4675037 
—- s 
p 4 180 
69 
6537 
2SM 6 
88.9841042 
347.8092506 
— 2 s 4- 2 h 
28 
2676 
29.5284789 
354.3417469 
— s A r 2 h — 
p 4 180 
70 
6557 
MSK, 
89.0662415 
348.7948979 
— 2 s + 4/i 
29 
2747 
T, 
29-9589314 
359-5071763 
- h 4 
Pi 
71 
6717 
a 
9O.OOOOOOO 
0.0000000 
0 
30 
2757 
a 
30.0000000 
0.0000000 
0 
72 
8379 
2(MN\ 
114.8476674 
298.1720098 
—10«-f- Hh -f 
2p 
31 
2767 
r 2 
30.0410686 
0.492S237 
-b h — 
Pi + 
180 
73 
8278 
3 MN S 
115-3920422 
304.7045061 
- 9s + 8A + 
p 
32 
2777 
K, 
30.0821373 
0.9856473 
4 2 h 
74 
8177 
M s 
115-9364169 
311.2370024 
— 8s + SA 
33 
2856 
MSN, 
30-5443747 
6.5324963 
4 s — 
P 
75 
8058 
2 MSN, 
116.4079380 
316.8952555 
— 7 s 4- 6 h 4- 
p 
34 
2876 
K.f, 
30.6265120 
7-5181437 
4 «4 2h — 
P 
76 
8078 
2 MN K 8 
116.4900753 
317.8809038 
— 7 s 4- 8 A 4- 
p 
35 
2937 
2 SM, 
31.0158958 ; 
12.1907494 
4 2s —2 h 
77 
8157 
3MSg 
116.9523127 
323.4277518 
— 6s 4- 6A 
36 
3278 
MQ S 
42.3827651 
I4S.593I8I2 
— 5s 4 3/i 4 
P - 
90 
78 
8177 
3MK S 
117.0344499 
3244133991 
— 6s 4- 8h 
37 
3377 
MO :i 
42 9271398 
155-1256775 
— 4s 4- 3 A 
— 
90 
79 
8238 
2 SMN s 
117-4238337 
329.0860049 
— 5s 4- 4 A 4- 
p 
38 
3477 
M, 
43.4761563 
161,7138759 
— 3s 4 3A 
80 
8258 
MSNK s 
u 7.513597 )0 
330.0716522 
— 5s -f 6A 4- 
p 
39 
3557 
so, 
43-9430356 
167.3164269 
— 2s 4 h 
— 
90 
81 
8337 
2(MS)g 
117.96S2084 
335.6185012 
- 4s 4-4A 
40 
3577 
MK 3 
44.0251729 
168.3020743 
— 2 s 4 3 h 
4 
90 
82 
8357 
2 MSK g 
118.0503457 
336.6041485 
— 4s 4- 6A 
41 
3737 
SP 3 
44-9589314 
179-5071763 
— h 
. — 
90 
83 
8517 
3 SM, 
11S.9841042 
347.8092506 
— 2s 4- 2A 
42 
3757 
SK, 
45,0410686 
180.4928237 
+ h 
4 
90 
84 
8537 
2 SM K g 
119.0662415 
34S.7948979 
— 2 s 4- 4 A 
Dr. H. Ranschelbach: Harmonische Analyse der Gezeiten des Meeres. I. Teil.