Copyright
Charles Brent.

Ex-meridian altitude tables, declination (0 -70 ), to which is added an explanation of maximum & minimum altitude, longitude as well as latitude from two observations of a heavenly body when near and on opposite sides of the meridian. Also a solution of the new navigation method online

. (page 10 of 18)
Online LibraryCharles BrentEx-meridian altitude tables, declination (0 -70 ), to which is added an explanation of maximum & minimum altitude, longitude as well as latitude from two observations of a heavenly body when near and on opposite sides of the meridian. Also a solution of the new navigation method → online text (page 10 of 18)
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.85




.80




75




.70




.65


27 o


30


2.29


2.23


2.16


2.10


2.O4




.98




93




.87




.82




76




71




.67


30


28 o


2,32


2.25


2.19


2.12


2.06


2.00




95




.89




.84




78




73




.68


28 o


3


2-35


2.28


2.22


2.15


2.08


2.02




97




.91




.86




.80




75




70


30


29 o


2.39


2.32


2.25


2.18


2.II


2.05




.99




93




.88




.82




.77




72


29 o


30


2.42


2.35


2.28


2.21


2.14


2.07


2.OI




95




.90




.84




79




73


30


30 o


2.46


2.38


2,31


2.24


2.17


2,10


2.04


1.98 1.92


1.86


1.81


i-75


30 o



TABLE III, VALUES OF C.



Latitude


DECLINATION same Name as LATITUDE.


Latitude.


54 C 54 30 55 6


55 30














56 6


5630


57


5730


58


5830


59


5930


30 o


2.46


2.38


2.31


M
2.24


2."l7


H

2.IO


2.04


1.98


1.92


1.86


1.81


175


30 o


30


2.49


2.41


2.34


2.27


2.2O


2.13


2.06


2.00


1.94


1.88


1.83


i.77


30


31 o


2-53


2-45


2.37


2.30


2.23


2.16


2.09


2.O2


1.96


1.90


!.8 5


1.79


31 o


30


2.56


2.48


2.40


2-33


2.26


2.19


2.12


2.05


1.98


1.92


1.87


1.81


30


32 o


2.61


2.52


2.44


2.36


2.29


2.22


2.15


2.08


2.OI


i.95


1.89


1.83


32 o


30


2.65


2.56


2.48


2.40


2.32


2.25


2.17


2.10


2.03


1.97


1.91


1.85


30


33 o


2.70


2.61


2.52


2.44


2.36


2.28


2.21


2.13


2.06


i.99


1-93


1.87


33 o


30


2.75


2.65


2.56


2-47


2-39


2.31


2.23


2.16


2.09


2.02


'95


1.89


30


34 o


2.79


2.70


2.60


2.51


2-43


2-35


2.27


2.19


2.12


2.05


1.98


1.92


34 o


30


2.85


2.75


2.65


2-55


2.46


2.38


2.30


2.22


2.15


2.08


2.OI


1.94


30


35 o


2.90


2.80


2.70


2.60


2.51


2.42


2-34


2.26


2.18


2.II


2.04


1.97


35 o


30


2.95


2.84


2.74


2.65


2.55


2.46


2.37


2.29


2.21


2.13


2.06


1.99


30


36 o


3.02


2.90


2.79


2.69


2.60


2.50


2.41


2-33


2.25


2.17


2.09


2.02


36 o


30


3.08


2.96


2.85


2.74


2.64


2-55


2.45


2.36


2.28


2.2O


2.12


2.04


30


37 o


3-15


3.03


2.91


2.80


2.6 9


2-59


2.50


2.41


2.32


2.24


2.16


2.08


37 o


30


3-22


3.09


2.97


2.85


2.74


2.64


2-54


2-45


2.36


2.27


2.19


2.11


30


38 o


3.30


3.17


3-04


2.92


2.80


2.69


2-59


2-49


2.40


2,31


2.22


2.14


38 o


3


3.38


3.24


3-II


2.98


2.86


2.74


2.63


2-53


2.44


2-35


2.26


2.17


3


39 o


3-47


3.32


3-i8


3-05


2.92


2.80


2.6 9


2.58


2.48


2-39


2,30


2.21


39 o


30


3.56


3.40


3-25


3-ii


2.98


2.86


2.74


2.63


2.52


2.43


2-34


2.25


30


40 o


3.65


3-49


3-33


3.19


3.05


2.92


2.80


2.69


2.58


2.47


2. 3 8


2.29


40 o


3


3-70


3.58


3.42


3-27


3.12


2.99


2.86


2-74


2.63


2.52


2.42


2-33


30


41 o


3-87


3-68


3-51


3-35


3.20


3.06


2.93


2.80


2.68


2.58


2.47


2-37


41 o


30


3-99


3.8o


36i


3-44


3.28


3.14


3.00


2.87


2.74


2.63


2-53


2.42


30


42 o


4.12


3.9i


3-72


3-53


3-37


3.21


3.07


2.93


2.80


2.69


2. 5 8


2.47


42 o


3


4.26


4.04


3.8J


3-64


3-46


3.30


3.14


3.oo


2.87


2,74


2.6 3


2.52


30


43 o


4.42


4.18


3.96


3-75


3-57


339


3.23


3-08


2-94


2.81


2.68


2-57


43 o


30


4-59


4-34


4.09


3-88


3-67


349


3-32


3-i6


3-oi


2.87


2.74


2.62


30


44 o


4.78


4-5


4-25


4.01


3.80


3-59


3-42


3.25


3.09


2.94


2.81


2.68


44 o


30
45 o


4-99
5.22


4.68

4.88


4.41
4-59


4.16
4.3i


3-93
4.07


372
3.84


3 6 4


3-34
3-45


3-i8
3-27


3.02
3."


2.88
2.96


2-75
2.81


30
45 o


30


5-47


5.11


4.78


4.49


4.22


3-97


3-76


3.56


3-37


3.19


3-03


2.89


30


46 o


5.76


5.36


5.00


4.68


4-39


4.13


3.89


3-68


348


3-29


3 12


2.96


46 o


30


6.09


5.64


5-24


4.89


4.58


4.29


4.04


3-80


3-59


3-40


3,21


3-5


30


47 o

30


6.46
6.89


5.96
6.32


5.52
5-83


5-13
5-40


4-79
5.02


4.48
4.68


4.20
4.38


3.95
4.10


je


3-51
3.63


3-32

343


3-'4
3-24


47 o
3


48 o


7-39


6.74


6.18


5-70


5.28


4.90


4-57


4.28


4.01


3-77


3-55


3-35


48 o


30


7.98


7.23


6.59


6.04


5-57


5.16


4-79


4.46


4 .i8


3-91


3-68


346


3


49 o


8.69


7.8i


7.07


6.45


5-91


545


5-4


4.68


4-36


4.08


3.82


3-59


49 o


30


9.55


8.50


7.63


6.91


6.30


5-77


5.32


4.92


4.57


4.26


3.98


3.72


30


50 o


10.64


9-34


8-31


746


6.75


6.15


5-64


5-19


4 .8i


4.46


4.16


3.88


50 o


30


12.03


10.40


9.13


8.12


7.29


6-59


6.01




5-7


4.69


436


4,06


3


51 o

30


13-88


11.71
13.56


10. 16
11.49


8.92
9.92


7-93
8.71


7,12
7-74


6-44
6.95


6.28


5-37
5-72


5^4


4-57
4-79


4-25
4.46


5i o
30


52 o






13-25


11.22


9-69


8.50


7-55


6.78


6.13


5.58


5-"


4.70


52 o


30








12.94


10-95


9.46


8.30


7-37


6.6 1


5-97


544


4-98


3


53 o










12.63


10.68


9-23


8.19


7.19


6.44


5.88


5-3


53 o


30












12.32


10.42 9.00


7.89


7.00


6.27


5.70


3


54 o














I2.OI


10. 16


8.77


7.69


6.82


6.ii


54 o


3
















11.70


9.90


8.54


748


6.64


30


55 o


















11.40


9.64


8.31


7.28


55 o


30




















II. 10


9.38


8.09


30


56 o






















10.81


9*3


56 o


30










A


Ititude


above


87








10.51


30


57 o


12.01
























57 o


30


10. 16


11.70






















30


58 o


8.77


9.90


11.40




















58 o


30


7.69


8-54


9.64


II. 10


















30


59 o


6.82


748


8.31


9.38


10.81
















59 o


30


6.1 1


6.64


7.28


8.09


9.13


10.51














30


60 o


5-52


5-95


6.46


7.09


7.87


8.88


IO.22












60 o



58



TABLE III. VALUES OF C.



Latitude.


DECLINATION-^m Name a* LATITUDE.


Latitude.


60 6


6030


61 6


62 6


6*3 6


64 6


65 6


66 6


67 6


68


69 6


70































I- '3


i. ii


1.09


1.04


I.OO


0.96


0.91


0.87


0.83


o.79


o.75


0.71


O


3


1.14


1. 12


1.09


1.04


I.OO


0.96


0.92


0.87


0.83


o.79


o.75


0.71


30


I


i.i5


I.I3


1.10


1.05


l.OI


o.97


0.92


0.88


0.84


0.80


0.76


0.72


I


3o


MS


I.I3


I.IO


1.05


l.OI


0.97


o.93


0.88


0,84


0.80


0,76


0.72


30


2


1.16


I.I3


I. II


1.06


1.02


0.97


o.93


0.89


0.84


0.80


0,76


0.72


2


30


1.16


I.I4


I. II


1,06


1.02


o.97


0-93


0.89


0.85


0.80


0.76


0,72


30


3


I..I.7


I.I4


1. 12


1.07


1.03


0.98


o.93


0.89


0.85


0.81


0.77


0.73


3


30


1.17




1. 12


1.07


1.03


0.98


0.94


0.89


0.85


0.81


0.77


0.73


30


4 o


1.1$


I.I5


I.I3


1.08


1.04


0.99


0.94


0.90


0.86


0.82


0-77


0.73


4 o


3o


1.18


I.IO


I-I3


i. 08


1.0 4


0.99


o.95


0.90


0.86


0.82


0.77


0.73


30


^ o


1.19


1.16


I.I4


1.09


1.05


I.OO


0-95


0.91


0.86


0.82


0.78


0.74


5 o


30


1.20


1.17


I.I5


I.IO


1.05


I.OO


0.96


0.91


0.87


0.82


0.78


0.74


30


6 o


1. 21


1.18


1.16


i. ii


1.06


l.OI


0.96


0.92


0.87


0.83


0.79


0.74


6 o


3o


1. 21


1.19


1.16


i. II


1.06


l.OI


0.97


0.92


0.87


0.83


o.79


0.74


30


7 o


1.22


1.19


1.17


1. 12


1.07


1. 02


0.97


0.92


0.87


0.83


0.79


0.75


7 o


3o


1.22


1.20


1.17


1. 12


1.07


1.02


0.97


0.92


0.88


0.83


0.79


o.75


30


8 o


1.23


1.20


1.18


I.I3


1.08


1.03


0.98


0-93


0.88


0.84


0.80


0-75


8 o


3o


1.24


1. 21


1.18


I.I3


i. 08


1.03


0.98


o.93


0.89


0.84


0.80


o.75


3


O


1.25


1.22


1.19


I.I4


1.09


1.04


0.99


0.94


0.89


0.85


0.80


0.76


9 o


30


1.25


1.23


1.20


I.I4


1.09


1.O4


0.99


0.94


0.89


0.85


0.80


0.76


30


10


1.26


1.23


I.2I


I.IS


I.IO


1.05


1. 00


0-95


0.90


0.85


0.81


0.76


IO O


30


1.27


1.24


1. 21


I.I5


I.IO


I.O5


I.OO


0-95


0.90


0.85


0.81


0.76


30


II


1.28


1.2 4


1.22


I.IO


1. 11


LOO


l.OI


0.96


0.91


0.86


0.81


0.77


II


30


1.28


1.25


1.22


1.17


I. II


1.06


l.OI


0.96


0.91


0.86


0.81


0.77


30


12


1.29


1.26


1.23


1.18


1. 12


1.07


l.OI


0.96


0.91


0.87


0.82


0.77


12


30


1.30


1.27


I,2 4


1.18


1. 12


1.07


1. 02


0.96


0.92


0.87


0.82


0.77


3


13 o




1.28


1.25


1.19


I.I3


i. 08


1.02


0.97


0.92


0.87


0.83


0.78


13 o


30


l -3 l


1.28


1.25


1.19


I.I4


1.08


1.03


0.97


0.92


0.87


0.83


0.78


30


14 o


1.32


1.29


1.26


i. 20


I.IS


1.09


1.03


0.98


0-93


0.88


0.83


0.79


14 o


30


1-33


1.30


1.27


1. 21


I-I5


1.09


1.04


0.98


o.93


0.88


0.83


0.79


30




1-34


I 3 I


1.28


1.22


1.16


I.IO


1.04


0.99


0.94


0.89


084


0.79


15


30




1.32


1.28


1.22


1.16


I.IO


1.05


0.99


0.94


0.89


0.84


0.79


30


16 o


1.36


1.32


1.29


1.23


1.17


1.11


1.05


I.OO


0-95


0.90


0.85


0.80


16 o


3


i 37


1-33


1.30


1.24


1.18


I. II


1. 06


I.OO


0-95


0.90


0.85


0.80


30


17 o


1-38


1-34




1-25


1.19


1. 12


1. 06


l.OI


0.96


0.91


0.85


0.80


17 o


30


i-39




1.32


1.25


1.19


I.I3


1.07


l.OI


0.96


0.91


0.85


0.80


3


18 o


1.40


1.36


1.33


1.26


1.20


I.I4


1.08


1.02


0.96


0.91


0.86


0.8 1


18 o


3


1.41


1-37


1-34


1.27


1. 2O


I.I4


i. 08


1.02


0.97


0.91


0.86


0.81


30


19 o


1.42


1.38


i-35


1.28


1,21


I.I5


1.09


1.03


0.97


0.92


0.87


0.82


19 o


30


1-43


1-39




1.28


1.22




1.09


1.03


0.98


0.92


0.87


0.82


30


20


1.44


1.40


1.36


1.29


1.23


1.16


I.IO


1.04


0.98


0-93


0.88


0.82


20 o


3


1-45


1,41


1-37


1.30


1.23


1.17


i. ii


1.04


0.99


0-93


0.88


0.82


30


21 O

30


1.46
1.47


1.42
1-43




1.32


1.24
I.2S


1.18
1.18


i. ii

1. 12


1:3


0.99

I.OO


0.94
0.94


0.88
0.88


0.83
0.83


21 O

30


22


1.48


1.44


1.40


1.33


1.26


1,19


I.I3


1.07


l.OI


0.95


0.89


0.84


22


30

23 o


1.49
1.50


1-45
1.46


1.41

1.42


1-34

!-35


1:3


1.20
1. 21


I.I4


1.07
i. 08


l.OI
1.02


0-95
0.96


0.89
0.90


0.84
0.84


30

23 o


30




1.47


1-43


1.36


1.28


1. 21




1.08


I. O2


0.96


0.90


0.84


30


24 o


'53


1.48


i-45


1-37


1.29


1.22


I.I5


1.09


I. O2


0.96


0.91


0.85


24 o


3


1-54


1.50




1.38


1.30


1.23


1.16


1.09


1.03


0.96


0.91


0.85


30


25 o




1.50


1.46


1-39


i-3"


1.24


1. 17


I.IO


1.03


0.97


0.92


0.86


26


30


1.56


1,52


i.47


1,40


1.32


1-25


1.18


i. ii


1.04


0.97


0.92


0.86


30


26 o


1.58


I -53


1.49


1.41


1.33


1.26


1.19


1. 12


1.05


0.98


o.93


0.87


26 o


30

27 o


'i*

l.OI


'55
1.56


1,50
1.52


1.42
1-43


1.34
1-35


1.26
1.27


1.19

1.20


1. 12
I.I3


1. 06
I 06


o.99
.00


0-93
0.94


0.87
0.88


30

27 o


30


1.62


1.58




1.44


1-36


1.28


1. 21


I.I3


1.07


.00


0-94


0.88


30


28 o
3


1,64

1.65


!1o


1-54
'55


1.46

1.47


1-37

1.38


1.29
1.30


1. 21
1.22


1. 14
I.I5


1:3


.01

.01


0-95


0.89
0.89


28

. 30


29 o


1.67


i!6o




1.48


1-39


I.3I


1.23


I.IO


1.09


.02


0,96


0.89


29 o


30


1.68


1.63


''58


1.49


1.40


1.32


1.24


I.I7


I.IO


.02


0.96


0.89


30


30 o


1.70


1.65


1,60


1.51


1.42


i33


1.25


1.18 : I. II


1.03


0.97


0.90


30 o



59



TABLE III. VALUES OF C.



Latitude.


DECLINATION same Name as LATITUDE.


Latitude.


60 6


60 30


61 6


62 6


63 6


64 6


650


66 6


67 6


68


690


70






























30 o


.70


.65


i".6o


1-51


.42


33


2 5


"18


.11


03


0.97


0.90


30 o


3


.72


.66


1.61


1.52


43


34


.26


.18 .11


.04


o.97


0.90


30


31 o


74


.68


63


1-53


44


35


.27


.19 .12


05


0.98


0.91


31 o


30


75


.70


.65


1-54


45


36


.28


.20 ,13


05


0,98


0.91


30


32 o


77


.72


67


1.56


47


38


.29


.21


13


.06


0,99


0.92


32 o


30


79


73


.68


1-57


.48


.39


30


.22


.14


.07


.00


0,92


30


33 o
3o


.81
.83


75
77


.70
.72


'59
r. 61


So
5i


.40
.41


3i
32


23
.24


;3


.08
.08


.01
.01


0.93
0.94


33 o
30


34 o


.86


79


74


1.63


52


43


33


25


.17


.09


.02


0.95


34 o


3o
35 o


.88
.90


.82
.84


.76
78


1.64
1.66


54
56


44
45


34
35


.26
.27


.18
.18


.10

. ii


.02
03


0.95

0.96


3
35 o


3o


.92


.86


.80


1.68


57


.46


37


.28


.19


.11


.04


0.96


30


36 o


195


.88


.82


1.70


59


.48


38


.29


.20


.12


05


0.97


36 o


3o


1.97


.91


.84


1.72


.60


49


39


30


.21


13


.05


0.97


30


37 o


2.00


94


.87


1.74


.62


51


.40


.31


.22


.14


.06


0.98


37 o


3o


2.04


.96


.89


1.76


.64


53


.42


32


23


.14


.07


0.99


30


38 o


2.07


1.99


.92


1-79


.66


55


43


34


.24


15


.08


I.OO


38 o


3o


2.10


2.O2


94


i. Si


.68


.56


45


35


25


.16


.08


1. 00


30


39 o
3o


2.13
2.16


2.05

2.08


97

2.00


1.83
1.86


.70
.72


i


47
49


3


.26

.28


17
.18


.09
.IO


I.OI
1.02


39 o
30


40 o


2.20


2.12


2.03


1.89


75


.62


50


.40


29


.20


.11


1.03


40 o


3o


2.24


2.15


2.06


1.91


78


.64


52


.41


31


.21


.12


1.03


30


41 o


2.28


2.18


2.10


1.94


.80


.66


54


43


32


.22


13


1.0 4


41 o


30


2.32


2.22


2.13


1.97


.82


.68


.56


44


34


23


.14


1.05


30


42 o


2.36


2.26


2.17


2.00


85


71


58


.46


35


2 5


.15


1.06


42 o


30


2. 4 I


2.30


2.21


2.03


.88


73


.60


47


36


.26


. 16


1.07


30


43 o


2.46


2-35


2.25


2.07


.91


*i


.62


49


37


27


'7


i. 08


43 o


30


2.51


2.40


2.29


2. 1 1


.94


.78


.64


5 1


39


.28


.18


1.09


30


44 o


2. 5 6


2-45


2-34


2.15


i.97


.81


.66


53


.41


30


.20


1. 10


44 o


30


2.62


2.50


2-39


2.19


2.00


.84


.69


55


43


31


.21


i. ii


30


45 o


2.68


2. 5 6


2.44


2.23


2.04


.87


7i


57


45


33


.22


1. 12


45


30


2.75


2.62


2.50


2.27


2.08


.90


74


59


47


34


23


I.I3


30


46 o


2.82


2.68


2. 5 6


2.32


2.12


93


77


.62


49


36


25


l-'5


46 o


3o


2.90


2-75


2.62


2-37


2.16


97


.80


.64


5 2


37


.26


1.16


30


47 o


2.98


2.82


2.68


2-43


2.21


2.01


g


.67


54


.40


.28


l ' l l


47 o


30


3-07


2.90


2-75


2.49


2.25


2.05


.87


.70


.56


.42


.29


1.18


30


48 o
30


3-i6
3-27


2.99
3-o8


2.83
2.91


2-55
2.62


2.30
2.36


2.09


.90

94


3





.44
.46


31

33


1.20
1. 21


48 o
30


49 o


3.38


3-i8


3-00


2.69


2. 4 2


2^18


97


79


63


.48


35


1.23


49 o


30


3-50


3-29


310


2.77


2.48


2.23


2.01


.82


.66


50


37


1.24


30


50 o


3-63


3-4i


3-21


2.8 5


2-55


2.29


2.06


.86


.69


53


39


1.26


50 o


30


3-78


3.54


3-32


2.94


2.62


2-34


2.11


.90


72


55


.41


1.28


30


Si o


3.96


3-68


3-45


3-04


2.70


2. 4 I


2.16


94


75




43


1.30


51 o


30


4.14


3-85


3-59


3.15


2.79


2. 4 8


2.21


98


79


.61


45


1.32


30


52 o

30


4-34
4-58


4-03
4-23


3-75
3-92


3-27
3-40


2.88
2.98


2-55
2.63


2.26
2-33


2.03
2.08


.82
.86


.64

67


48
5*


1.34
1.36


52 o

30


53 o


4-85


4.40


4.12


3-55


3-09


2.72


2.40


2.14


9i


71


54


1.38


53 o


30


5.16


4.72


4-34


3-71


3.21


2.81


2. 4 8


2.19


95


75


57


1.40


30


54 o


5-52


5-02


4-59


3-89


3-35


2.91


2. 5 6


2.26


2.00


79


.60


1-43


54 o


30


5-95


5.38


4.88


4.10


3-5o


3-03


2.64


2-33


2.06


83


63


1.46


30


55 o


6.46


5.78


5-25


4-34


3-67


3.16


2-74


2.40


2.12


.88


67


1.49


55 o


30


7.09


6.28


5.62


4,61


3-87


3-30


2.8 5


2.48


2.18


93


7i


1.52


30


56 o


7.87


6.89


6.ii


4.98


4.09


346


2.97


2-57


2.25


1.98


75


i-55


56 o


30
57 o
30


8.88

10.22


ti!

9-93


6.70

7-43
8.38


5-3i

&


4-35
4.69
5-00


3-64
3-85
4.08


3-io
3-25
3-42


2.67
2.78
2.90


2.32
2.41
2.50


2.04

2.10
2.17


79


''I 9
1.63

'.67


30
57 o
3


58 o






9.64


7.00


5-42


4-36


3-6i


3-04


2.60


2.24


1-95


1.71


58 o


30








7.89


5-94


4.69


3-83


3.20


2.71


2-33


2,02


1.76


30


59 o


Altitu


de abo


ve87


9.07


6.58


5-09


4.09


3-37


2.84


2.42


2.09


1.81


59 o


30










7.41


5-57


4-39


3.58


2.98


2-53


2.17


1.87


30


60 o










8.52


6,17


4.76


3-82


3-15


2.64


2.25


i-93


60 o



fiO



TABLE III. VALUES OF C.



Latitude.


DECLINATION contrary Name to LATITUDE.


Latitude.


6 b


030


i b


1 30


2 b


230


3 b


330


4 b


430


5


530




























"o o

















37.47


32.10


28.08


24-95


22.44


20.39


30












37.48


32.12


28.09


24.97


22.46


20.41


18.70


3


I


A


Ititude


above


87


37.49


32-13


28.10


24.98


22.47


20.42


18.71


17.26


I


30








37-49


32.13


28.11


24.99


22.48


20.44


18.72


17.27


16.03


30


2






37-49


32.13


28.11


24.99


22.48


20.44


18.73


1728


16.04


14.96


2


30




37.48


32.13


28.11


24.99


22.48


20.44


18.74


17.29


16.05


14-97


14.03


30


3 o


37-47


32.12


28.10


24.99


22.48


20.44


18.74


17.29


16.05


14.98


14.04


13.20


3 o


30


32.10


28.09


24.98


22.48


20.44


18.74


17.29


16.05


14.98


14.04


1321


12.47


3o


4 o


28.08


24.97


22.47


20,43


18.73


17.29


16.05


14.98


14.04


13.21


12.47


11.81


4 o


30


24-95


22.46


20.42


18.72


[7.28


16.05


14.98


14.04


13-21


12.47


11.81


11.22


30


5 o


22.44


20.41


18.71


17.27


16.04


14-97


14.04


13.21


12.47


11.81


11.22


10.68


5 o


30


20.39


18.70


17.26


16.03


14.96


14.03


13,20


12.47


ii. 81


11.22


10.68


1020


30


6 o


18.68


17-25


16.02


H95


14.02


13.20


12.47


11.81


11.22


10.68


IO.2O


9-75


6 o


3o


17-23


16.01


14.94


14.01


13.19


12.46


11.81


11.22


10.68


IO.2O


9-75


9-36


3


7 o


15-99


H-93


14.00


13.18


12.45


11.80


II. 21


10.67


10.19


9-75


9-34


8.96


7 o


30


14.92


13.99


13.17


12.44


11.79


11.20


10.67


IO.I9


9-74


9-34


8.96


8.62


30


8 o


13.97


13.16


12.43


11.78


11.19


10.66


10.18


9-74


9-33


8.95


8.61


8.29


8 o


3


i3-!4


12.42


11.77


u. 18


10,65


10.17


9.73


9-32


8-95


8.61


8.29


799


30


9 o


12.40


11-75


11.17


10.64


10. 16


9.72


9-31


8-94


8.60


8.29


7-99


7.71


9 o


30


H.73


11. 16


10.63


10.15


9.71


9-3


8.94


8-59


8.28


7.98


7.71


7-45


30


10 C


11.14


10.62


10.13


9.70


9.29


8.93


8.58


8.27


7-97


7.70


7.44


7.20


10


30


1 0.60


IO. 12


9.68


9.28


8.92


8-57


8.26


7-97


7.69


7-44


7.20


6.98


3


II


10.10


9.67


9-27


8.91


8.56


8.25


7.96


7.68


7-43


7.19


6.97


6.76


II


30


9-65


9.26


8.89


8-55


8.24


7-95


7.67


7.42




6.96


6-75


6.55


30


12


9.24


8.88


8.54


8.23


7-93


7.66


7.41


7.17


6.95


6.74


6-54


6.36


12 O


30


8.86


8.52


8.21


7.92


7.65


7.40


7.16


6.94


6-73


6-54


6.35


6.18


30


13 o


8.50


8.20


7.91


7.64


7-39


7.15


6.93


6.72


6-53


6-34


6.17


6.00


13 o


30


8.18


7.90


7.62


7.38


7.'4


6.92


6.71


6.52


6.33


6.16


5-99


5.84


30


14 o


7.88


7.6i


7.36


7-i3


6.91


6.70


6.51


6.32


6.15


598


5.83


5.68


14 o


30


7.59


7-35


7.11


6,90


6,69


6.50


6.31


6.14


5-97


5.82


5.67


5-5o


30


15


7-33


7.10


6.88


6.68


6.48


6.30


6.13


5.96




5-66


5.52


5-39


'5 o


30


7.08


6.87


6.66


6.47


6.29


6.12


5-95


5.80


5^5


5.52


5-38


5.26


30


16 o


6.85


6.65


6.45


6.28


6. 10


5-94


5-79


5.64


5-51


5-37


5.25


5-*3


16 o


30


6,63


6.44


6.26


6.09


5-93


5.78


5-6.3


5.50


5.36


5.24


5.12


5.00


30


17 o


6.42


6.25


6.08


5.92


5.76


5.62


548


5-35


5.23


5.10


4-99


4.89


17 o


30


6.23


6.06


5 '90


5-75


5.61


5-47


5-34


5.22


5-09


498


4.88


4-77


30


18 o


6-04


5.89


5-73


5.60


5-46


5-33


5-20


5.08


497


4.87


4.76


4.66


18 o


30


5.87


5-72


5.58


5-45


5.3i


5-19


5-7


4,96


4.86


4-75


4.65


4.56


30


19 o


5-70


5.56


5-43


5-3o


5.18


5.06


4-95


4.84


4-74


4.64


4-55


4.46


19 o


3


5.54


5.4i


5-28


5.i7


5-05


4-94


4-83


4-73


4-63


4-54


4-45


4-36


30


20


5.39


5.27


5-15


5-4


4.92


4.82


4-72


4.62


4-53


4-43


4-35


4.27


20 o


30


5.25


5-H


502


4.91


4.80


4.71


4.61


4.52


4.42


434


4.26


4.18


30


21


5.12


5.01


4.89


4-79


4.69


4.60


4.50


4.41


4-33


4-25


4-17


4.09


21 O


30


4.99


4.88


4-77


4.68


4.58


4-49


4.40


4-32


4.23


4.15


4.08


4.01


30


22 O


4.86


4-76


4.66


4-57


4-47


4-39


4.30


4.22


4.14


4.06


3-99


3-92


22


30


4-74


4.65


4.55


4.46


4-37


4.29


4.21


4.13


4.05


3-98


3-9i


385


30


23 o


4-63


4-54


444


4-36


4.27


4.20


4.12


4.04


3.97


3.90


3.84


1 2 3 4 5 6 7 8 10 12 13 14 15 16 17 18

Online LibraryCharles BrentEx-meridian altitude tables, declination (0 -70 ), to which is added an explanation of maximum & minimum altitude, longitude as well as latitude from two observations of a heavenly body when near and on opposite sides of the meridian. Also a solution of the new navigation method → online text (page 10 of 18)