A"
SMITHSONIAN MISCELLANEOUS COLLECTIONS
VOLUME
109
(WHOLE VOLUME)
Eesearcf) Corporation Jfunb
SMITHSONIAN
ELLIPTIC FUNCTIONS TABLES
Prepared by
G. W. AND R. M. SPENCELEY
Miami University, Oxford, Ohio
(Publication 3863)
CITY OF WASHINGTON
PUBLISHED BY THE SMITHSONIAN INSTITUTION
NOVEMBER
L
1947
PREFACE
These tables were inspired by the similar work of Sir George Greenhill
and Col. R. L. Hippisley as published in Smithsonian Mathematical Formulae
and Tables of Elliptic Functions. The pattern they designed has been followed
closely by us. The chief difference is our inclusion of the three elliptic functions,
sn(u,k), cn(u,k), dn(u,k).
Columns A and D were computed first. From them were computed columns
sn(u) and cn(u), checked by means of
Check I: sn^(u) +cn-(u) =1, with a maximum error of ±2 in the 15th
decimal. Practically all errors in these first four columns were eliminated at
this time, but some few managed to elude us.
Column dn(u) was then computed, and checked by means of
Check II: sn(K— u). dn(u) =:cn(u), with a maximum error of ±2 in
the 15th decimal. Those few errors that had eluded us in Check I were discovered at this time.
Column E(u,k)
followed,
computed by the formula
E(u + v)=E(u)+E(v)— k2sn(u+v)sn(u)sn(v),
where u was taken as r/90
i.e.
1°.
K
and tabulated r°, while v was taken as 1/90 K,
Independent computations for r° = 15°, 30°, 45°, 60°, 75°, 90° were
maximum
used as Check III, with a
divergence of
±3
in the 15th decimal.
In this method of computing the E(u,k) column the errors are additive, and
is more sensitive than Checks I and II.
The ^ column was computed last by means of sin ^ = sn(u), using Andoyer's
hence Check III
and Cosines. This was checked by computing
15-place Table of Natural Sines
cos <^=:cn(u).
we
Interpolation into Andoyer's Tables
developed a rapid method,
fitted to
was not used. Instead
machine computation, based on the
two formulas
sin(<^+c) =:sin ^4-«cos<^
sin
^
cos(^4-£) =cos
<^
— € sin
cos
(f>
<f>-\
Maximum
divergence here was kept to
are
all,
±4
<^
sin
<^
6
2
Our manuscript columns
cos
6
2
in the 15th decimal.
thus, correct to
±4
in the 15th decimal.
In printing, these have been cut to 12 decimal figures, assuring the accuracy
of the 12th decimal digit.
Galley proofs were checked by adding entries in each column of our
script in
in the galley proofs
To
manu-
groups of ten and subtracting the entries of the corresponding groups
and demanding that the remainder be equal
to zero.
teachers of mathematics and amateur computers, elliptic functions
pleasant field of endeavor.
Our
present tables are not exhaustive. Three
is
a
more
columns, snh(u,k), cnh(u,k), dnh(u,k), added to ours, would open up the
territory. In the popular field of undergraduate mathe-
complex argument
new elementary text on elliptic functions with a wide variety of
problems and applications, supplemented by an adequate set of 5-place tables,
matics, a
would be a boon
to teachers
and students.
a pleasant task to acknowledge our indebtedness to Messrs. John Hook,
Arthur Gels, Earl Boland, John Brinko, Edward Murphy, and Victor Sutcliffe,
It is
who, as N. Y. A. students, shared the work with us in the earlier years. These
young men became expert and dependable computers; our thanks to them
and to the Federal Government which paid them for their splendid and
efficient
The
work.
considerable cost of printing these tables has been defrayed mainly by a
grant from the Research Corporation of
ment
is
made
for that grant, without
New
York.
which
this
Grateful acknowledge-
volume could not have
appeared.
We wish to acknowledge here our deep indebtedness to Dr. C. G. Abbot,
former Secretary of the Smithsonian, for his invaluable advice and encouragement throughout. Dr. A. Wetmore, who has succeeded Dr. Abbot as Secretary, has assumed full responsibility for the publication of this volume, and
for the work of seeing it through the press. We can never repay these two
great men, and their corps of advisers, for their critical advice and practical
assistance. To have been associated with them, however humbly, has been for
us the experience of a lifetime.
Oxford, Ohio,
April 25, 1946.
G.
W.
S.
R.
M.
S.
SMITHSONIAN ELLIPTIC
FUNCTIONS TABLES
ELLIPTIC FUNCTIONS
K= 1.57091
K'= 5.43490
r
59581 27243
98296 25564
TABLE
=
E = 1.57067
^
E'=
1'
67091 27960
1.00075 15777 01834
ELLIPTIC FUNCTIONS
q
= 0.00001
90395 55386 95351
q'= 0.40330 93063 38377 8
r
= 1»
D(90) = 1.00007
TABLE
^
61611 21696
1/D (90) =0.99992 38446 78379
ELLIPTIC FUNCTIONS
K = 1.57091
K'= 5.43490
r
59581 27243
98296 25563 5
TABLE
=V
E = 1.57067
E'=
67091 27960
1.00075 15777 01834
ELLIPTIC FUNCTIONS
q
= 0.00001
90395 55386 95351
q'= 0.40330 93063 38377 8
r
=
D(90) = 1.00007
TABLE
^
1'
61611 21696
1/D(90) =0.99992 38446 78379
ELLIPTIC FUNCTIONS
K= 1.57127
49523 72225
K'=4.74271 72652 78886
r
TABLE
= 2"
E = 1.57031
6
E'=
79198 97448
1.00258 40855 27552
ELLIPTIC FUNCTIONS
q
= 0.00007
61698 24679 77407
q'= 0.35316 56482 96037
r
1
= 2°
D(90) = 1.00030
TABLE
^
47257 20529
1/D(90)= 0.99969 53671 08948
ELLIPTIC FUNCTIONS
K= 1.57127
K'= 4.74271
49523 72225
72652 78886
r
u=(r/90)K=F(<^,k)
45
46
0.78563 74761 86
TABLE
= 2"
E = 1.57031
79198 97448
E'=: 1.00258 40855 27552
u
0.70721 44933 79
0.70699 90525 84
dnu
0.99969 53671 09
ELLIPTIC FUNCTIONS
q
= 0.00007
61698 24679 77407
q'= 0.35316 56482 96037
r
= 2"
D(90) = 1.00030
TABLE
47257 20529
1/D (90) =0.99969 53671 08948
1
A(r)
E(<^,k)
4>
D(r)
0.78555
0.80300
0.82045
0.83790
0.85536
0.87281
05030
37023
67161
95448
21889
46492
46
60
86
67
67
79
0.78546
0.80291
0.82035
0.83780
0.85525
0.87269
35464 39
13361 63
87550 28
58037 22
24833 81
87955 90
0.70710
0.71933
0.73135
0.74314
0.75470
0.76604
67729
97922
36937
48177
95726
44357
82
83
25
56
84
74
1.00015
1.00015
1.00016
1.00016
1.00017
1.00017
23628
76802
29911
82891
35676
88203
60
47
56
16
72
93
52
53
54
55
0.89026
0.90771
0.92517
0.94262
0.96007
69268
90228
09387
26762
42373
19
23
47423
03262
55500
04172
49315
83
69
92
0.77714
0.78801
0.79863
0.80901
0.81915
59543
07466
55033
69878
20380
14
75
35
11
0.89014
0.90759
0.92503
0.94248
0.95992
88
35
1.00018
1.00018
1.00019
1.00019
1.00020
40408
92227
43597
94455
44740
80
72
56
7Z
28
56
57
58
59
60
0.97752
0.99497
1.01242
1.02987
1.04732
56239
68385
78835
87617
94761
49
19
54
93
78
0.97736
0.99481
1.01225
1.02969
1.04714
90972
29189
64017
95510
23728
75
66
33
53
13
0.82903
0.83867
0.84804
0.85716
0.86602
75665
05621
80906
72954
53987
39
72
30
25
60
1.00020
1.00021
1.00021
1.00022
1.00022
94389
43344
91543
38928
85442
92
19
42
90
90
61
1.06478
1.08223
1.09968
1.11713
1 13458
00298
04261
06686
07609
07070
51
62
6Z
64
65
1.06458
1.08202
1.09946
1.11691
1.13435
48732
70591
89375
05157
18016
95
76
12
0.87461
0.88294
0.89100
0.89879
0.90630
97023
75883
65199
40422
77832
69
43
26
91
80
1.00023
1.00023
1.00024
1.00024
1.00025
31028
75630
19195
61668
02998
90
03
04
66
67
68
69
70
1.15203
1.16948
1.18692
1.20437
1.22182
05109
01770
97095
91132
83927
68
10
70
28
28033
35294
39887
41903
41437
95
0.91354
0.92050
0.92718
0.93358
0.93969
54541
48501
38515
04237
26182
35
47
21
1.15179
1.16923
1.18667
1.20411
1.22155
35
1.00025
1.00025
1.00026
1.00026
1.00026
43135
82029
19635
55905
90795
71
72
73
74
75
1.23927
1.25672
1.27417
1.29162
1.30907
75529
65989
55358
43689
31037
39
17
27
76
96
1.23899
1.25643
1.27387
1.29131
1.30875
38586
33453
26139
16750
05397
90
03
2>7
0.94551
0.95105
0.95630
0.96126
0.96592
85732
65141
47540
16942
58247
73
88
66
43
87
1.00027
1.00027
1.00027
1.00028
1.00028
24264
56270
m772>
15738
43129
76
77
78
79
80
1.32652
1.34397
1.36141
1.37886
1.39631
17458
03007
87743
71724
55010
39
70
1.32618
1.34362
1.36106
1.37850
1.39594
92189
77240
60664
42581
23108
33
06
92
26
24
0.97029
0.97437
0.97814
0.98162
0.98480
57249
00636
75997
71826
77523
58
1.00028
1.00028
1.00029
1.00029
1.00029
68912
93056
15532
36312
81
82
83
84
85
1.41376
1.43121
1.44866
1.46610
1.48355
37662
19740
01307
82425
63157
46
59
28
09
02366
80479
57569
ZZ762
09184
75
18
34
28
14
0.98768
0.99026
0.99254
0.99452
0.99619
83400 34
80682 96
61512 99
13
1.41338
1.43081
1.44825
1.46569
1.48313
1.00029
1.00029
1.00030
1.00030
1.00030
72686
88234
01998
13962
24109
86
87
88
89
90
1.50100
1.51845
1.53590
1.55334
1.57079
43566
23718
03676
83504
63267
97
58
24
47
95
1.50056
1.51800
1.53544
1.55288
1.57031
83961 99
58223 69
32097 7Z
05713 07
79198 97
0.99756
0.99862
0.99939
0.99984
47
1.00030
1.00030
1.00030
1.00030
1.00030
32429
38910
43545
46329
47257
45
46
47
48
49
50
51
.
51
82
50
03
28
24
61
82
95
84
41
2>7
47
81
38
27
19
01
93
1
91
IS
41
53
18
23
18951 16
46979 16
40501
95346
08269
76951
.00000 00000
91
91
49
00
75
19
13
96
30
31
83
33
04
%
94
68
81
92
59
44
55371 16
51
42
92
26
86
Z6
61
72
OS
21
ELLIPTIC FUNCTIONS
K= 1.57187
K'= 4.33865
r
36105 14009
39759 99725
u=(r/90)K=F(
TABLE
= 3'
E = 1.56972
6
E'=
snu
u
01504 23979
1.00525 85872 09152
dnu
ELLIPTIC FUNCTIONS
q
= 0.00017
14256 42257 4727
q'=: 0.32040 03371 34866 4
r
= 3'
D(90) = 1.00068
TABLE
6
59377 43666
1/D(90) =0.99931 45324 44402
ELLIPTIC FUNCTIONS
K = 1.57187
K'= 4.33865
r
36105 14009
39759 99725
TABLE
= 3«
E = 1.56972
e
E'=
01504 23979
1.00525 85872 09152
ELLIPTIC FUNCTIONS
q
= 0.00017
14256 42257 4727
E(0,k)
4>
10146
40962
67604
90079
08400
22585
52
53
54
55
0.89045
0.90790
0.92535
0.94280
0.96025
32657
38643
40577
38497
32445
56
57
58
59
60
0.97770
0.99515
1.01259
1.03004
1.04749
22468
08620
90956
69540
44436
68
22
83
61
62
63
64
65
1.06494
1.08238
1.09983
1.11728
1.13472
15716
83455
47733
08632
66241
75
79
17
55
66
67
68
69
70
1.15217
1.16961
1.18706
1.20450
1.22195
71
6
59377 43666
1/D(90) =0.99931 45324 44402
q'= 0.32040 03371 34866 4
0.78574
0.80319
0.82064
0.83809
0.85555
0.87300
= 3'
D(90) = 1.00068
TABLE
69
83
50
44
43
37
0.78554
0.80298
0.82042
0.83786
0.85530
0.87274
53078
62172
62923
55346
39468
15324
13
0.89017
0.90761
0.92504
0.94248
0.95991
82961
42433
93808
37161
72578
0.97735
0.99478
1.01221
1.02964
1.04707
A(r)
D(r)
0.70710
0.71933
0.73135
0.74314
0.75470
0.76604
67396
97595
36616
47863
95420
44059
27
36
33
66
39
59252
07184
54760
69615
20126
78
97
47
20
01
0.77714
0.78801
0.79863
0.80901
0.81915
00153
19991
32207
36924
34274
00
36
24
04
30
0.82903
0.83867
0.84804
0.85716
0.86602
24399
07449
83584
52970
15782
50
90
39
24
71
1.06450
1.08193
1.09935
1.11678
1.13421
20652
71960
20264
65669
08280
43
37
97
34
10
1.15163
1 16906
1.18648
1.20391
1.22133
1.23939
1.25683
1.27428
1.29172
1.30916
48207
85564
20467
53035
83391
27
1.32661
1.34405
1.36149
1.37893
1.39638
11660
37969
62448
85230
06447
80
88
97
82
83
84
85
1.41382
1.43126
1.44870
1.46614
1.48358
26237 15
44736 84
62085 92
86
87
88
89
90
1.50103
1.51847
1.53591
1.55335
1.57079
51
72
73
74
75
76
77
78
79
80
81
1.00034
1.00035
1.00036
1.00037
1.00039
1.00040
29688
49383
68931
88188
07009
25247
11
1.00041
1.00042
1.00043
1.00044
1.00046
42761
59405
75039
89520
02711
05
82
35
75420
05387
80681
72739
53783
82
03
63
75
35
1.00047
1.00048
1.00049
1.00050
1.00051
14472
24668
33165
39830
44533
73
79
29
04
08
96829
75699
65026
40259
77680
75
84
02
96
09
1.00052
1.00053
1.00054
1.00055
1.00056
47146
47546
45609
41215
34250
84
93
0.87461
0.88294
0.89100
0.89879
0.90630
72205
22430
66655
05086
37937
93
47
31
52
18
0.91354
0.92050
0.92718
0.93358
0.93969
54398
48369
38392
04124
26078
77
33
73
04
65
1.00057
1.00058
1.00058
1.00059
1.00060
24598
12150
96800
78444
56982
41
1.23875
1.25617
1.27360
1.29102
1.30844
65427
87782
05236
18027
26399
16
83
82
68
66
0.94551
0.95105
0.95630
0.96126
0.96592
85638
65056
47463
16873
58186
19
1.00061
1.00062
1.00062
1.00063
1.00063
32320
04365
73029
38229
99886
31
20
54
54
83
1.32586
1.34328
1.36070
1.37812
1.39554
30602
30890
27523
20764
10882
34
37
17
58
55
0.97029
0.97437
0.97814
0.98162
0.98480
57196
00589
75957
71792
77495
89
64
47
22
1.00064
1.00065
1.00065
1.00066
1.00066
57924
12272
62865
09640
52541
12
52
27
72
90
98148
82838
65230
45605
24246
85
67
37
07
34
0.98768
0.99026
0.99254
0.99452
0.99619
83377
80664
61499
18940
46972
54
87
09
1.00066
1.00067
1.00067
1.00067
1.00068
91516
26517
57501
84430
07272
52
78425 13
93896 45
1.41295
1.43037
1.44779
1.46521
1.48263
08642
22808
36537
49975
63267
1.50005
1.51746
1.53488
1.55230
1.56972
01439
77473
52634
27215
01504
87
09
83
02
24
0.99756
0.99862
0.99939
0.99984
1.00000
40496
95344
08268
76951
00000
89
33
76
1.00068
1.00068
1.00068
1.00068
1.00068
25999
40589
51022
57288
59377
94
24
89
65
80
41
18
21
60
13
12
62
87
13
51
91
43
62
62
95
.
35
20
04
51
40
62
12
88
81
68
13
14
01
91
02
21
00
72
13
71
81
13
91
10
51
31
17
93
13
69
32
14
70
18
53
71
28
11
02
51
76
16
44
ELLIPTIC FUNCTIONS
K = 1.57271
K'= 4.05275
r
6
= A"
Ez=
E'=
24349 95227
81695 49437
u=(r/9O)K=F(0,k)
TABLE
snu
cnu
1.56888 37196 07763
1.00864 79569 07096
dnu
ELLIPTIC FUNCTIONS
q
= 0.00030
48651 48813 9401
q'= 0.29548 83855 58691 4
r
= 4°
D(90) = 1.00122
1/D(90) = 0.99878
TABLE
5
02045 90964
12824 93732
ELLIPTIC FUNCTIONS
K = 1.57271
K'= 4.05275
r
24349 95227
81695 49437
TABLE
= 4«
E = 1.56888
E'=
37196 07763
1.00864 79569 07096
ELLIPTIC FUNCTIONS
q
= 0.00030
48651 48813 9401
= 4«
D(90) = 1.00122
TABLE
5
02045 90964
1/D (90) =0.99878 12824 93732
q'= 0.29548 83855 58691 4
E(0,k)
A(r)
D(r)
0.78565
0.80309
0.82052
0.83794
0.85537
0.87280
98346 74
11081 44
08987 31
92092 71
60444 02
14105 59
0.70710
0.71933
0.73135
0.74314
0.75470
0.76604
66497
96712
35751
47017
94594
43254
46
90
54
0.89022
0.90764
0.92506
0.94248
0.95990
53159 65
nn(y 20
87862 89
83764 87
65564 62
0.77714
0.78801
0.79863
0.80901
0.81915
53
23
70
84
0.97732
0.99473
1.01215
1.02956
1.04697
33431
87552
28131
55386
69554
11
87
18
78407
95393
06224
11050
10027
52
44
95
89
38
1.15237
1.16980
1.18724
1.20468
1.22212
03317
91091
73527
50806
23119
72
1Z
74
75
1.23955
1.25699
1.27443
1.29186
1.30930
90661
53635
12246
66707
17236
76
11
78
79
80
1.32673
1.34417
1.36160
1.37903
1.39647
64054
07389
47471
84534
18818
91
81
82
83
84
85
1.41390
1.43133
1.44877
1.46620
1.48363
86
87
88
89
90
1.50106
1.51850
1.53593
1.55336
1.57079
0.78600
0.80346
0.82091
0.83836
0.85581
0.87326
78936
08082
29804
44116
51042
50612
20
25
52
90
30
0.89071
0.90816
0.92561
0.94305
0.96050
42868
27860
05646
76293
39878
71
56
57
58
59
60
0.97794
0.99539
1.01283
1.03028
1.04772
96485
46208
89148
25414
55125
81
61
62
63
64
65
1.06516
1.08260
1.10005
1.11749
1.13493
66
67
68
69
70
71
11
58
49
1.00061
1.00063
1.00065
1.00067
1.00069
1.00071
01022
13945
26608
38753
50121
60454
24
47
58470
06425
54025
68904
19440
32
64
12
62
99
1.00073
1.00075
1.00077
1.00079
1.00081
69496
76993
82692
86342
87695
95
99
79
1Z
70
74761
04754
80076
72161
53232
78
58
1.00083
1.00085
1.00087
1.00089
1.00091
86506
82532
75535
65279
51534
38
44
0.82903
0.83867
0.84804
0.85716
0.86602
1.06438
1.08179
1.09920
1.11661
1.13401
70887 07
59651 63
36130 76
00621 97
53437 31
0.87461
0.88294
0.89100
0.89879
0.90630
96307
75205
64559
39820
77268
87
57
1.00093
1.00095
1.00096
1.00098
1.00100
34072 55
12671 69
87114 27
57187 75
22684 92
67
92
00
24
26
1.15141
1.16882
1.18622
1.20362
1.22102
94903
25359
45158
54668
54266
0.91354
0.92050
0.92718
0.93358
0.93969
54014
48012
38061
03819
25799
56
06
95
23
20
1.00101
1.00103
1.00104
1.00106
1.00107
83404
39149
89731
34966
74677
14
62
59
59
69
71
1.23842
1.25582
1.27321
1.29061
1.30801
44344
25303
97558
61531
17657
47
82
0.94551
0.95105
0.95630
0.96126
0.96592
85383
64825
47255
16687
58022
40
32
1.00109
1.00110
1.00111
1.00112
1.00113
08694
36854
59000
74983
84663
65
21
22
86
82
59
35
98
94
1.32540
1.34280
1.36019
1.37758
1.39497
66378
08149
43428
72686
96397
97
29
57051 64
00464 55
75850 14
71701 61
77419 72
1.00114
1.00115
1.00116
1.00117
1.00118
87906
84586
74584
57792
34109
49
06
16
0.97029
0.97437
0.97814
0.98162
0.98480
93
20
50565
80018
07426
33039
57109
07
29
30
28
62
1.41237
1.42976
1.44715
1.46454
1.48193
15044
29116
39108
45519
48851
52
95
74
10
57
0.98768
0.99026
0.99254
0.99452
0.99619
83316
80616
61461
18913
46952
61
28
78
1.00119
1.00119
1.00120
1.00120
1.00121
03440
65702
20819
68723
09357
59
63
45
92
66
79891
01640
22614
43070
63267
53
82
1.49932
1.51671
1.53410
1.55149
1.56888
49613
48315
45469
41591
37196
44
08
36
03
08
0.99756
0.99862
0.99939
0.99984
1.00000
40484
95337
08265
76950
00000
55
38
67
43
00
1.00121
1.00121
1.00121
1.00121
1.00122
42671
68623
87184
98329
02045
17
87
61
36
18
54
53
04
23
59
44
55
72
95
41
01
06
80
46
78
13
25
07
81
13
17
21
70
94
14
11
15
72
87
34
09
11
95
58
80
51
55
38
74
43
1(y
12
33
91
ELLIPTIC FUNCTIONS TABLE
K= 1.57379
K'= 3.83174
r
21309 24768
19997 84146
u=(r/9O)E:=F(0,k)
= 5'
E = 1.56780
E'=
snu
u
90739 77622
1.01266 35062 34396
dnu
ELLIPTIC FUNCTIONS TABLE
q
= 0.00047
65699 16866 8574
q'= 0.27517 98048 73562 8
r
d
= S°
D(90) =1.00190 80983 52013
1/D (90) =0.99809 55355 53459
ELLIPTIC FUNCTIONS TABLE
K = 1.57379
K'= 3.83174
r
21309 24768
19997 84146
= 5'
E = 1.56780
6
E'=
90739 77622
1.01266 35062 34396
dnu
cnu
u=(r/90)K=F(
38
90
05
99
0.70643
0.69397
0.68130
0.66842
0.65534
0.64206
24886
28532
26909
59004
64411
83314
58
72
45
95
99
89
0.99809
0.99802
0.99796
0.99789
0.99783
0.99776
55355
91362
28222
66743
07730
51986
S3
62
77
66
82
57
22879
97314
64953
94047
53604
86
68
07
57
83
0.62859
0.61493
0.60108
0.58705
0.57284
56476
25224
31437
17534
26457
34
0.99770
0.99763
0.99757
0.99750
0.99744
00309
53491
12320
77577
50032
13
58
97
30
62
0.82953
0.83914
0.84850
0.85760
0.86643
13393
43951
16594
03420
77320
44
54
22
0.55846
0.54390
0.52919
0.51431
0.49928
01660
87093
27191
66858
51454
34
27
09
0.99738
0.99732
0.99726
0.99720
0.99714
30450
19582
18173
26953
46640
05
93
82
69
97
13331 82
15
47
80
12
0.87501
0.88331
0.89135
0.89912
0.90661
11981
81895
62362
29499
60246
67
26782
39072
34967
61512
66137
43
05
42
80
49
0.48410
0.46877
0.45330
0.43769
0.42195
77940
21543
78125
48347
32850
73
79
93
05
06
0.99708
0.99703
0.99697
0.99692
0.99687
1.15411
1.17160
1.18908
1.20657
1.22406
42293
08085
73878
39670
05462
45
77
10
42
75
0.91383
0.92077
0.92743
0.93380
0.93990
32367
24460
15958
87139
19122
53
22
76
00
90
0.40608
0.39010
0.37399
0.35777
0.34144
96642
01187
28274
26734
45713
43
48
33
17
04
0.99682
0.99677
0.99672
0.99668
0.99663
32261
47188
78219
25924
90851
64
87
44
1.24154
1.25903
1.27652
1.29400
1.31149
71255
37047
02839
68632
34424
07
72
73
74
75
40
72
05
37
0.94570
0.95122
0.95646
0.96140
0.96604
93882
94245
03895
07380
90111
78
36
60
27
39
0.32501
0.30848
0.29186
0.27515
0.25835
34657
43300
21647
19960
88745
56
66
34
34
86
0.99659
0.99655
0.99651
0.99648
0.99644
73527
74460
94132
33006
91519
65
26
92
83
86
76
77
78
79
80
1.32898
1.34646
1.36395
1.38143
1.39892
00216
66009
31801
97593
63386
70
02
35
67
00
0.97040
0.97446
0.97822
0.98169
0.98486
38369
39306
80947
52196
42834
40
78739
40890
26351
86457
72717
25
74
04
71
0.24148
0.22454
0.20753
0.19045
0.17332
81
0.99641
0.99638
0.99635
0.99633
0.99630
70086
69094
88911
29875
92300
02
97
56
37
36
81
82
83
29178
94970
60762
26555
92347
32
65
97
30
62
0.98773
0.99030
0.99257
0.99454
0.99620
43525
45815
42135
25804
91029
52
35
75
94
23
0.15614
0.13891
0.12164
0.10433
0.08699
36799
30511
05793
14697
09377
52
92
59
68
65
0.99628
0.99626
0.99625
0.99623
0.99622
76474
82659
11089
61972
35490
41
07
84
85
1.41641
1.43389
1.45138
1.46887
1.48635
86
87
88
89
90
1.50384
1.52133
1.53881
1.55630
1.57379
58139
23932
89724
55516
21309
95
27
60
92
25
0.99757
0.99863
0.99939
0.99984
1.00000
32904
47415
31440
82748
00000
20
76
95
66
00
0.06962
0.05223
0.03483
0.01741
0.00000
42072
65094
30810
91632
00000
88
38
44
34
00
0.99621
0.99620
0.99619
0.99619
0.99619
31794
51012
93240
58549
46980
67
17
38
29
92
04313
11659
18055
87409
84332
74141
26
95
27
60
92
25
0.70778
0.72000
0.73200
0.74377
0.75532
0.76664
55408
21200
86993
52785
18577
57
90
22
55
87
0.77773
0.78857
0.79918
0.80954
0.81966
0.97924
0.99673
1.01422
1.03170
1.04919
84370
50162
15954
81747
47539
20
52
85
17
50
65
1.06668
1.08416
1.10165
1.11914
1.13662
79124
44916
10708
76501
66
67
68
69
70
71
45
46
47
48
49
50
0.78689
0.80438
0.82186
0.83935
0.85684
0.87432
60654
26446
92239
58031
23823
89616
62
51
52
53
54
55
0.89181
0.90930
0.92678
0.94427
0.96176
56
57
58
59
60
61
62
63
64
17
58
58
13
16
11
54
45
20
10
66
74
80
10
49
51
12
38
71
11
18
61
03
= 5°
D(90) = 1.00190
ELLIPTIC FUNCTIONS TABLE
q
= 0.00047
65699 16866 8574
D(r)
A(r)
E(<^,k)
r
80983 52013
1/D (90) =0.99809 55355 53459
q'= 0.27517 98048 73562 8
43
93
75
87
37
40
0.78580
0.80322
0.82064
0.83805
0.85546
0.87287
71879
60664
26286
68789
88248
84764
43
72
39
84
63
36
0.70710
0.71933
0.73135
0.74314
0.75470
0.76604
64599
94849
33925
45231
92851
41555
92
91
84
98
16
76
1.00095
1.00098
1.00102
1.00105
1.00108
1.00111
40491
73450
06002
37744
68271
97180
11
0.89028
0.90769
0.92509
0.94249
0.95989
58466
09512
38086
44401
28696
53
39
72
60
15
0.77714
0.78801
0.79863
0.80901
0.81915
56818
04822
52472
67404
17994
43
57
70
48
61
1.00115
1.00118
1.00121
1.00124
1.00128
24071
48545
70207
88665
03532
0.97728
0.99468
1.01207
1.02946
1.04685
91236
32314
52247
51381
30084
22
07
97
86
88
0.82903
0.83867
0.84804
0.85716
0.86602
73370
03419
78798
70941
52070
44
38
08
37
94
1.00131
1.00134
1.00137
1.00140
1.00143
14422
20959
22768
19481
10737
88
88750
27798
47668
48827
31761
93
19
57
23
95
0.87461
0.88294
0.89100
0.89879
0.90630
95203
74160
63573
38893
76399
83
65
53
87
80
1.00145
1.00148
1.00151
1.00154
1.00156
96182
75467
48252
14204
73001
13
05
15852 01
39374 71
1.06423
1.08162
1.09900
1.11638
1.13376
99
65
1.15262
1.17005
1.18748
1.20491
1.22234
54012
60031
57708
47329
29191
58
66
43
50
26
1.15113
1.16851
1.18588
1.20325
1.22062
96982
45020
76427
91775
91656
58
36
33
63
78
0.91354
0.92050
0.92718
0.93358
0.93969
53203
47257
37363
03175
25209
43
63
73
23
1.00159
1.00161
1.00164
1.00166
1.00168
24326
67874
03347
30458
48932
80
22
20
84
46
1.23977
1.25719
1.27462
1.29204
1.30947
03599
70869
31323
85294
33121
52
12
55
59
86
1.23799
1.25536
1.27273
1.29009
1.30745
76681
47476
04688
48979
81025
02
72
73
74
75
59
00
08
0.94551
0.95105
0.95630
0.96126
0.96592
84845
64337
46816
16295
57675
52
89
99
90
06
1.00170
1.00172
1.00174
1.00176
1.00178
58501 86
58911 73
49917 89
31287 63
02799 99
76
77
78
79
80
1.32689
1.34432
1.36174
1.37916
1.39658
75152
11740
43246
70037
92486
43
50
56
17
1.32482
1.34218
1.35954
1.37690
1.39425
01518
11166
10687
00812
82283
93
59
19
06
87
0.97029
0.97437
0.97814
0.98162
0.98480
56746
C0199
75623
71509
77260
86
92
21
80
34
1.00179
1.00181
1.00182
1.00183
1.00185
64245
15428
56164
86281
05621
99
95
67
68
47
81
1.41401
1.43143
1.44885
1.46627
1.48369
10970
25872
37579
46482
52975
16
18
21
09
10
1.41161
1.42897
1.44632
1.46368
1.48103
55855
22290
82358
36839
86519
70
18
83186
80513
61382
18854
46912
1.00186
1.00187
1.00187
1.00188
1.00189
14038
11401
97590
72500
36042
62
05
04
0.98768
0.99026
0.99254
0.99452
0.99619
37
82
83
84
85
86
87
88
89
90
1.50111
1.51853
1.53595
1.55337
1.57079
57455
60322
61978
62825
63267
38
56
20
32
95
1.49839
1.51574
1.53310
1.55045
1.56780
32188
74643
14684
53115
90739
26
48
80
25
78
0.99756
0.99862
0.99939
0.99984
1.00000
40458
95322
08259
76948
00000
50
70
1.00189
1.00190
1.00190
1.00190
1.00190
88136 11
28719 71
57743 36
0.78635
0.80380
0.82125
0.83870
0.85615
0.87360
13029
39989
55345
59118
51345
32075
0.89105
0.90849
0.92594
0.94338
0.96082
01373
59316
05997
41521
66008
56
57
58
59
60
0.97826
0.99570
1.01314
1.03058
1.04797
79589
82412
74633
56427
43162
61
62
63
64
65
1.06545
1.08289
1.10032
1.11776
1.13519
89478 29
41142 25
83189 24
66
67
68
69
70
71
45
46
47
48
49
50
55
59
81
37
82
00
83
10
60
41
51
51
59
21
81
16
49
96
17
13
80
00
76
12
82
70
58
77
53
61
68
85
12
35
07
33
64
11
14
88
01
75171 71
80983 52