'34
Tafel XXXIV.
L o g a v i t li in o n der Sinus.
I Grad.
s„, j
1 2*
'3'
'4'
1 5
ify
'7'
18'
u/
o
IS. 3 2 1027
8. ’ 27.^16
8.;;-.92 ,
8.3 3-07 5;
x. 544)04
N. 350181
8.555744
8. 61-15
60
1
8. 221 1 27
8.32-1.6
8. 3 3 3 022
8.3 38849
8.344600
X. 550275
8.555476
8.361407
59
2
S.' ’ I 2 ’.H
8.55-2,5
8. 3 3 31 2 0
8. 3X9 r 6
s.54 695
8.3=30-69
8.555,69
8. 61498
5«
7
8.3:1 -.2«
8. 527 514
8.3 3 3218
8.’, 3 ,op.
8.54(790
x. 5 50461
8.5:6)62
8. 61=: 90
57
4
4
85527415
8.5-,',515
8.5591 -,9
8.5448)5
X. 550556
8.56154
8. '6.681
5 b
•5
x. 3-15:9
8.5275.2
s-ni+i:
«•>'9-’ö
S. 54,980
8.350650
8- -,56247
8.561775
00
6
X.*. 16 ',0
,8.5:76 1
s.555511
8.559552
8.5450-5
X.-,50744
S. 356340
8.361864
5 +
7
8. V-1 7 \0
8.317710
8.55'608
8.559555
8.54417)
8.3508 3«
8.3'6|32
8.361956
5 7
8
8.3 218 3 0
8.12- 04
8.5 5 5746
8. 3 ’v 8 24
8.345266
X. 550952
8.3=6525
8.26-047
9
x.; 191'
K. '279 0
8.3 3 3804
8.3 '9621
8.545-61
8.351026
8.3=6618
8. -6-i 39
5'
io
X.3 2 20 1
8. 3 '.,0)3
8.3 3 -90»
8.559717
8.545456
S.551119
8.3 = 6710
8. 62230
5°
11
x.r-'-i 31
8.328106
8.555999
8.159815
8-34^5'
8.541:15
8.3=36803
8. 61322
49
i2
«8.32:231
8. -2 3204
8.3 3 r Cy6
8.559509
S. 3456 1 6
X.-,51507
8.3 = 68)5
8.56241 -,
48
i 3
X. '22’, 2 2
8.32 503
8.555.95
S.3f xx>6
8.-44741
8.541401
8.3 ^69 SK
8.56:5 4
47
14
8.5 5 54 5 '-
«\3'Sp2
8.554291
8.340102
«•345« 15
8.’,4I49(
8.35*7081
8.362=96
46
15
8.32,8501
8.; 54-,,89
8.54019-
8-',4595 0
8.3^.588
8.35717-,
S. ,62687
45
16
8. 2 2 :(>’ 2
8.3*8600
8.5 ■44‘ 1 '6
8.540294
8.546025
8.55.682
8.357:65
8. 617’«
44
17
N. 12 1-2
8.3*8 98
8.5 54584
8.54059 !
8.346,2 )
8-75 •"'75
«•75 “75«
8. 62870
47
iS
N.' 2 • <S 2 2
8.5’S-97
8.3 346 S1
8.3404 6
8.546215
,8.55.869
S.35“45->
8. 6:461
4-
«9
s-v :r,’,
8.3'8.S96
8.: 54779
8.340=18 3
8.346310
8.551,6;
8.5575 (3
8. 63052
4'
20
8.323033
,-3.32 3995
8.554876
8.5426-9
8. -,46405
8.552056
«•) 5/6)5
X. .6514;
4°
21
X. 2:313 3
8. ”.909;
S.','.497;
«•34 775
8.346500
8.54:15)
8.5577:8
8.363225
39
X. 32 ’,2 3 2
8.529.95
8.33=071
8.340S7.
8.546594
8.5-2 45
8. -,57820
8.3633:6
;x
:■>
iS. 2233 2 3
8.529291
8.3-5 68
8.54 >,67
S.;4< 6 9
«• »5M3 7
8.55791:
8.36 -41"
77
24
-4;;
8.5:9589
8.555:65
8.341063
8.-4678 (
8.55:4p
8.358005
8.363508
36
-5
8.;-948s
8.55556:
8.541159
8.346878
8.55:524
8.558097
8.56 599
35
26
8.5 25653
8.329586
8.5 55460
X-541’55
8.54697;
8.55:61-
8.358189
8.26369O
74
27
<S. 2 2 722
8.3'968 5
«• 3 3555!'
8.347 68
8.55:711
8.358281
8. 63781
77
2S
X.-2-X;:
8.-29783
8.5 5655
8.341446
8.547165
8.552)04
X. 3 581-4
8.36-87:
7-
29
X. 2 2295:
8.5-98,2
«• 3 3 57 7 1
8.541542
8.54-457
8.55:898
H.35S466
8. 6396 p
7i
50
S.r.40’,’
8.529,80
8.335848
8.54,658
«■)4735 :
8.552991
«• )5«55«
8.564055
37
V
S.2--413-
8.3 30 r»9
8.1-5946
X. 541754
8.54-446
S.5-5 84
8.358650
8.364I46
29
8.524’-;:
8.3 3 -177
8.3 3604 3
8.54105)
8. 4754'
8.35’.17«
8.35S-4:
8.3642 37
2 8
3 3
S.'.HIU
8.330276
8.336140
8.5419 6
8.547655
8.555271
8.358x35
8.36412s
17
n
X.'.PPl
8.3303-4
8.556:57
8.33.2021
8.5477 50
X. 55 1564
8.55,-927
s.164419
26
35
3445 >>
8.33047:
8.556555
8.54211-
,8.547.525
8.55545,4
8.559019
8.5645:0
2 5
?f>
1 8.3:4'71
8.5 ',0571
8.556451
X. 445215
8.547919
«■75355 1
8.359111
8.364600
2 4
37
. 8.524750
8.3 30669
8.33(1528
8.-,42 5 .9
8.5580, 5
8.555644
8.3^9203
8.364691
3 s
1 S.3 24N20
8.3 0767
8.15 625
8.542404
8.34«! 08
8.555755
«• >54-95
8. 64782
22
>9
' 8.5:49-9
8.3 30-3(16
8.5 5672 2
8. -,424»
8.3f8:o2
8.555X51
X. 559587
8.56487-,
21
4 °
' «.325^29
8.3 30964
8.3 3()8l9
8.54259 1
8.54x297
«•>5 W 2 4
X. 559479
x. 564964
20
41
i 8.3:51:9
8.5 5 r 6:
8.336916
8.54269t
8.55X591
8.554017
8-559571
8.365055
<9
4-
j S.3I52:»
8.3 3116 0
8.3 37013
8.542-87
8.14x4x5
8.354110
8.359663
8.165146
l8
43
! *.u$ 3 »
8.33.2^9
8.33 '109
8.54:885
8.548580
8.554:05
8-359755
8.365236
17
4f
| «-32542-
8. 3 3 1 357
8.337:06
8.54:97,
8.348674
8.554:96
8.359847
8.3655:7
16
45
I 8.5255:7
«•)3 l 455
6- 5 57 5° 5
8-54 5074
8.548768
8.354590
8.559959
8. 6541S
15
+(>
! 8.325626
X.53 ‘55’,
8.337400
8.545169
8.5+S865
8.554485
8.3600 31
8.365509
14
4"
8.12572(3
8.3 3l()5l
S.1 ',741)7
8.545:65
8.54X957
8.154576
8.36012 3
X. 365499
17
+s
X.325.S25
8.5 51 -49
8.5 5759 5
8.54556)
8.549051
8.554669
8.360214
8.36569O
2
49
^■',2:9:4
8.33184 7
8.3 3^690
8.544456
8.549145
8.554762
8.360306
8.’,65 8l
I
5°
<S. 3:6424
8.55.945
8.5577,07
«•’4>55‘
8.149140
«• >54«55
8.360398
8.36587I
10
5 1
X. 2 261 23
S. 5 5 2045
8.5576X4
8.-45647
X. 549 5 54
8.554948
8.360490
8.-6=962
9
8.326-23
8.552141
8.3 3 -98 o
8.54574-.
8.549408
8.355041
8.360582
8. 66053
8
x. -26322
8.552259
8.558077
X. 545X57
8.559422
«•755 1 >4
8.36007 3
8.366 43
7
54
8.5:6421
8.552517
8.338174
X. 54595 5
8.3496i6
8.5555:6
8.360765
8.566254
6
55
X, 3:6520
8.53:4’5
S. ; 58270
8.544.28
8.549710
x.555519
8.560857
8.366324
5
5«
8.3:6620
«-332531
8.3 38367
X.544145
8.5;9Xo4
8.360918
8.-66415
4
8.3-6-19
8.3 32631
8.3; 846 3
8.544219
8.549899
8.361040
8.366505
3
5«
S. 3*681 <S
8.3 32^2)
8.338-6)
X. 544514
X. 549991
8.36n 32
8. -66596
59
8.5:6917
8.552827
8.338656
8.4(4409
8.350087
8.3556,1
8.361223
8.366686
1
60
j 8,327016
8.-,’,:9’-4
8.558-55
X-544504
8.350l8[
8.3557,84
X. 361315
8. 366 -7 -
0
47'
46’
45'
44’
43’
43’
41'
40'
Scc.
Cosinus 88 Grad.