06
20
12.4 13-8
53
22
55-0 52.6
19
22
10.3 7-8
48
22
23.9 24.2 10
22
13-3 15-3
55
24
50.6 48.8
26
24*
44.0 36.0
19 53
24
27.2 27.8 15
24
IS.2 17.9
1958
26
48.6 48.0
28
26
34-5 27.0
20 07
26
28.3 29.0
17
26
20.8 21.3
20 05
28
46.6 45.2
32
28
28.O 22.2
16
28
25.3 26.0
12
28
23.6 25.8
II
30
49-5 47-8
27
+ 9-9
30
24.0 18.1
22
+8.2
30
24.6 25.0
II
+4-2
30
29.8 31-8
21
+4-8
32
50.4 49-3
25
32
24.6 I9.O
21
32
22.6 23.3
08
32
34-6 38.0
29
34
51-3 49-7
24
34
24.2 19.2
21
34
23.8 24.2
IO
34
39.6 42.4
37
36
46.4 45-7
31
Z
23.6 18.6
22
36
24.0 24.8
IO
36
45-6 47-9
46
38
45.6 44-4
33
38
10. o 9.5
36
38
23.9 24.8
IO
38
50.3 52.0
52
40
43.2 42.2
36
40*
49-3 43-4
45
40
22. 22.5
07
40
52.8 54.8
57
42
39-4 37-8
43
42
63.8 56.6
23
42
24.0 24.3
IO
42
53-2 55-3
57
44
37-5 36.3
46
44
62.3 56.3 24 l
44
25.9 26.1
13
44
47.3 50.5
49
46
41.6 41.1
39
46
58.1 52.0 31 +8.0
46
24.0 24.3
IO
+4.2
46
53-3 S6.2
20 58
+5-0
48
47.0 46.0
30
48
61.4 56.0 25
48
27.8 28.0
16
48
74-8 83.6
21 36
SO
45.8 44.0
33
50
62.0 56.5
25
50
24.0 24.8
IO
50*
33-8 39-8
36
52
44-2 42.3
36
52
61.5 56.2
25
52
23-9 23.9
10
52
34.6 38.3
36
54
42.6 40.6
38
54
52.7 50.7 29
26.6 27.2
14
54
46.6 54.0
58
56
39-4 37-3
43
56
55.6 51.2 34
56
28.3 28.6
17
56
43-0 48-8
51
58
36.5 34-7
48
S8
54.6 50.2 35
58
29.3 29.8
18
58
36.3 41.5
40
21 OO
34-6 33-2
20 50
23 oo
52.8 49-3 37
+7-6
I 00
26.9 27.9
15
+4.2
3 oo
31.3 36.6
32
+5.o
O2
28.2 26.5
21 OI
+ 9-8
02
58.6 55-6 28
02
24.0 24.9
IO
02
31.3 37-3
33
04
29.3 28.3
20 58
04
65.3 61.4 18
04
22. 22.5
07
04
25.6 30.6
23
06
30.6 29.5
20 56
06
66.1 63.0 16
06
19.6 20. 2
03
06
26.0 30.5
23
08
27.O 26.O 21 O2
08
63.3 60.3 20
08
18.5 19.0
02
08
20. I 22.3
21 12
IO
26.6 25.2 21 O3
IO
65.0 61.5 18
IO
18.3 19-3
02
10*
38.0 42.3
20 52
12
31.8 30.2 i 20 55
12
62.3 59-8 22
12
20.5 21.2
05
12
47.6 51.9
21 O7
14
32.0 30.7 54
+10. o
14
71.5 68.5 2008
H
24.6 25.O
II
+4.0
14
45.2 49.4
03
+5.1
16
30.3 29.9
56
16
78.1 76.0 19 57 +7-0
16
23.3 24.0
09
16
43-8 47-3
OO
18
29.0 28.0
20 59
18
75-3 72-9 20 01
18
28.3 28.8
17
18
46.6 49.0
04
20
28.2 27.0 21 oo
20
72.5 69.7 06
20
21. O 21.8
06
20
46.8 50.9
06
22
27.0 26.3 i 02
22
68.1 65.6 13
22
23-0 23.5 09
22
55-0 58.3
18
24
22. 21.4 O9
24
74.0 72.0 20 03
24
25-5 25.9 12
24
67.0 69.0
36
26
20. o 18.2 14
26
79.0 78.0 19 54
26
27.4 27.9
16
26*
30.0 39.0
49
28
24.0 20. 6 08
28*
55-6 51.6 47
28
26.5 26.6
14
28
34-4 43-0
55
30
25.3 2O.9 21 O7
+ 10.0
30 57-2 53-6 44 +6.6
30
23.2 23.6
09
+4-0
30
29.8 37-6
21 48
+5-2
32
36.5 29.0
20 52
32 54.6 51.2 48
32
19.5 20.2
03
32
33-8 49-5
22 OO
34
43.6 40.5
20 38
34 51.5 48.0 53
34
21. O 21.5
06
34
46.8 52.3
12
36
75-3 61.3 19 56
36 50.3 46.6 55
36
24.7 25.1
ii
36
55-5 61.8
27
38
42.6 36.3 20 42
38 48.0 44.3
19 59
38
29.1 3O.6
19
38
64-3 72.3
43
40
43.2 39-8 I 38
40
40. o 43.0
20 01
40
34-8 36.9
28
40
70.8 77-8
51
42*
74.0 39-6
20 16
42
47-3 44-0
OO
42
39.8 40.6
35
42
64.0 71.2
22 41
44*
41.0 5.0
19 26
+ 9.4
44
47-0 44-3
OO
+6.6
44
44-3 45-0
42
+4.1
44*
52.3 59-0
23 oi
+5-5
46
48
54.8 50.6
58.oa
1839
31
46
48
44-3 44-1
36.8 33-6
O2
16
46
48
46.8 48.0 : 47
50.6 Si-9 53
46
48
45-3 53-1
58.6 62.0
22 51
23 08
49-2
70.4&
II
50
27-5 25.5
30
50
51.5 52.6 54
SO
55-3 55-7
23 oi
52
41. 3&
1857
52
24.0 21.6
35
52
49-1 50.1
50
52
24.56
22 12
54
20.5 16.5
19 33
54
26.3 23.4
32
54
47-3 47-9
47
54*
47-0 58.8
21 30
56
18.8 16.0
34
56
34-0 31.0
20
56
45.6 46.6
44
56
20.3 33.0
20 49
58
30-5 30.5
14
58
31.0 29.2 ; 24
58
42-3 43-8
40
5
55-0 68.0
21 43
11*400
28.2 27.0 28
+7-0
Correction to local mean time is 0.33.
Torsion head at beginning and ending read 252
Observer W. J. P.
Observer W. J. P.
336
SCIENTIFIC RESULTS OF Z1EGLER POLAR EXPEDITION
tabulation of magnetic declinations observed at Alger Island Station Continued
Sunday, July 9, 1905 Magnet scale inverted
Monday, July 10, 1905 Magnet scale erect
Scale
Hast
Scale
East
Scale
East
Scale
East
Chr'r
readings
decli-
Temp.
Chr'r
readings
decli-
Temp.
Chr'r
readings
decli-
Temp.
Chr'r
readings
decli-
Temp.
time
nation
C.
time
nation
C.
time
nation
C.
time
nation
C.
Left Right
Left Right
Left Right
Left Right
h m
d d
o /
o
h m
d d
o /
O
h m
d d
o /
O
h m
d d
o /
t
4 oo
21.8 15.2
22 26
+6.0
6 oo
61.7 60.4
20 5O
+ 7-8
8 oo
Lost
IO OO
39-8 39-9
20 34
+13-5
02
40. i 20. i
03
02
66.0 62.3
45
02
52.0 54.0
20 56
+13-0
02
41.0 44.0
38
04*
30.5 26.2
22 06
04
69.0 67.1
39
04
42.8 45.3
42
04
33-7 33-8
24
06
02.8 61.8
21 12
06 72.5 71.7
33
06
54-3 56-0
59
06
42.5 44.4
40
08
61.1 54-3
19
08* 51.3 46.1
24
08
53-8 55-6
59
08
41.5 46.0
20 40
IO
49.00
33
10 54.0 49-8
18
IO
49-0 50.5
51
10
II. I 13.6
19 51
12
56.1 55-5
22
12 57-3 55-5
ii
12
52.6 55.2
57
12
31.6 34.8
20 24
H
47-8 43.5
38
+6.5
14
63.4 60.0
03
+ 8.0
14
46.2 47.8
46
+ 12.7
14
30.2 33.0
21
+ 13-5
10
36.1 31.2
21 57
16
63.0 58.5
05
16
40.0 41.6
37
16
33.6 42.8
31
18
15-0 12.5
22 28
18
60.5 56.5
08
18
46-5 48.5
20 47
18
41.2 42.8
37
20
18.7 14-2
24
20
54-8 Si.o
17
20.3
54-8 56.6
21 OO
20
46.2 48.4
46
22
32.2 30.1
22 OI
22
50-1 45-8
25
22
44-0 45-3
20 43
22
46.5 48.0
45
24
50.0 48.2
21 33
24
50.0 46.0
25
24
Si-8 54-3
56
24
41.9 46.0
40
26
32.2 31.1
22 00
26
Si- I 47-7
22
26
36. i 39- 1
20 32
26
35-2 37.8
29
28
J4-5 13-8
28
28
48.3 45-1
27
28
59.9 60. o
21 O7
28
44.0 47.0
43
30*
48.1 43-7
33
+6.7
30 47-8 44-8
2 l
+ 8.3
30
47-3 50.3
20 49
+ 12.5
30
21.6 24.2
07
+14.0
32
41.9 32.0
22 47
32
41.0 30.0
38
32
43-7 44-1
41
32
20.3 25.3
07
34
15-3 12.8
23 23
34
31.0 27.3
20 54
34
37-8 40.2
34
34
28.0 31.0
18
36
i*ost
36 18.9 15.8
21 13
36
36.5 38.7
32
36
35-6 38.6
29
38*
55-50
23 12
38 9-8 7-5
26
38
33-3 34-8
26
38
35-9 37-3
29
40*
53-5 49-8
22 12
40* 40.4 35-5
38
40
31-9 33-3
24
40
26.2 28.0
14
42 ta-S S6.4
OO
42 33-5 23.4
21 53
42
30.1 31.2
20
42
37-i 38.8
30
44 57-0 52.3
07 i
44 25.5 21.6
22 OI
+ 8.7
44
28.7 29.7
18
+ 12. S
44
41.2 41.8
36
+14-5
46
50.3 45-0
18 +7-2
46 29.0 22.3
21 58
46
31.2 32.0
22
46
31-3 32.3
21
48
52.4 49-9
12 I
48 22.1 13.8
22 IO
48
33-4 34-0
25
48
29.1 29.2
17
SO
55.0 40.0
18
50 15.8 9.0
18
50
26.2 26.8
H
50
32.5 35-0
24
52
46.4 42.0
23
52* i 48.0 44.8
22 21
52
34-Sa
26
52
32-9 33-9
23
54
6l.l 55.0
22 O2
54 i 65.8 63.5
21 53
54
45-0 46.5
44
54
39.6 42.0
35
56
65.2 6i. i
21 54 '
56 59-0 57-4
22 O3
56
29.0 29.3
18
56
53.o6
54
58
74.0 72.0
38
58
58.2 53-6
06
+ 9-1
58
42.0 43.6
40
58
43.8 46.0
41
5 oo*
Si. i 44-0
25
7 oo
59-8 57-0
22 O2
9 oo
40.8 40.8
30
+ 12.9
II OO
26.06
12
+ 15-0
02
SS-o 47-6
19 +7.2
02
64.5 61.3
21 55
02
39-3 39-3
34
02
22.6 24.0
07
04
38.8 32.7
21 44
04
69.2 66.3
48
04
33-6 34-8
26
04
29.8 34-2
21
06
19.2 14.5
22 13
06 79- 1 77-o
32
06
35-9 36.6
29
06
39-2 42.5
35
08*
43-0 37-3
29
08
78.1 74-4
35
08
30.4 30.8
20
08
17.2 21.6
20 oi
IO
33-7 30.i
42
10*
44-0 39-3
31
IO
33-6 33-8
25
10
6.9 9.9
19 44
12
56.8 48.7
22 O9
12
46.5 42.1
27
12
25.5 25.6
12
12
19.0 20.3 20 02
14
70.2 61.8
21 48
14
48.7 45-1
23
14
25-3 26.3
13
+13-1
14
18.5 20.5 oi
16
72.2 69.8
40 +7.4
16 46.4 42.3
27
+ 9-4
16
52.00
20 54
16
22.6 2S.O 2O 08
18
72.5 69.7
40
18 45.1 42.1
28
18
65.06
21 14
18
I7-36 19 58
20
70.5 68.0
43
20 41.3 39-5
33
20
27.8 29.9
20 17
20
14.3 17-1 ! 19 55
22
67.8*
45
22 42.9 4I.O
31
22
45-1 45-6
20 43
22
27.0 32.1
20 17
24
74-o 72.4
37
24 45-8 42-9
27
24
57-2 59-2
21 03
24
37-1 38.5 30
26
77-50
30
20 44.2 42.0
29
26
43-7 45-6
20 42
26
36.4 36.8 28
28*
42.4 34-8
25
28 46.5 45.0
25
28
44-5 45-7
43
28
20.3 22.6 O4
30
38.6 33-0
30 +7-4
30 48.2 47.0
22
+ 9-7
30
48.1 49.5
48
+13.5
30
27.6 28.0 14
+16.0
32
37-8 32.6
31
32 48.0 47.5
22
32
43-0 43-1
39
32
36.2 37.0 28
34
39-0 33-2
29
34 48.9 48.3
21
34
35-6 36.8
29
34
25.7 28.9 13
36
42.9 38.2
22
36 50.7 49.1
18
36
37-7 39-3
32
36
25.0 26.8 II
38
45-1 40.3
19
38 50.0 47-8
20
38
28.6 31.0
19
38
21. 22. O4
40
48.5 43-3
14
40 57-3 53-8
21 IO
40
40.96
36
40
24.2 25.2 09
42
54-5 49-1
04
42 70.8 65.2
20 50
42
32.5a 23
42
30.S 32.1 20
44
55-6 51-8
21 O2
+7-4
44 79-0 74-3
37
+ 9-8
44
47.5 48.4 47
+13.6
44
32.8 34-0 23
+ 16.5
46
57-0 53-4
20 59
46* 47-0 37.8
38
46
34.8 37.0 28
46
3O.O 31.6 19
48
58.0 54-5
20 58
48 37-8 29.4
20 52
48
37-8 40.2
33
48
25.1 26.1 10
50
56.1 53-9
21 OO
50 28.8 20.7
21 O6
50
43-0 44-3
40
50
29.3 30.3 17
52
57-8 55-0
20 57 i
52 29.4 22.1
04
52
41.6 42.0
37
52
26.8 27.6 13
54
59-5 57-0
55
54 20.7 11. 8
19
54
38.3 38.8
32
54
24.4 25.4 09
56
60.4 58.8
52
46 23.9 17-0
13
56
37-3 38.0
30
56
27.3 28.2 14
58
58.6 57-8
55
58*
61 .0 43.2
30
58
37-4 37-6
30
58
28.6 29.8 16
+17- 1
8 oo
58.8 43-2
32
+ 10.1
12 OO
30.3 31.1 18
1
Correction to local mean time is 3.05.
Torsion head at beginning and end read 252.
Observers W. J. P. and A. P., who alternated from 4)1 O4m to
4h 1401.
Correction to local mean time is 4.65. 90 torsion = 17/87.
Torsion head at Sh 00111 read 252 and at I2h ism read 267.
Observer W. J. P.
MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Alger Island Station Continued
337
!
Tuesday, July n. 1905 . Magnet scale inverted
Wednesday, July 12, 1905 Magnet scale erect
Scale
East
Scale
East
Scale East
Scale
East
Chr'r readings decli-
Temp.
Chr'r readings
decli-
Temp.
Chr'r
readings decli-
Temp.
Chr'r
readings
decli- Temp.
time nation
C.
time
nation
C.
time
nation.
C.
time
nation . C.
Left Right
Left Right
Left Right
Left Right
h m
d d
O f
O
h m d d
O f
O
h m
d d
O f
O
h m d d
O ' O
12 OO
61.0 24.5
20 17
+ 12. 1
14 oo 39-3 39-3
20 23
+ 11. 5
00*
Lost
2 OO
66.0 66.9
20 57
+7.1
02
46.6 43.4
14
02 39.9 39-1
22
02
37-1 43-5
20 16
+6.8
02
66.0 66.8
57
04
44-5 41-3
17
04 39-6 39-0 23
04
36.6 42.5 , H
04 61.86
50
06
44.0 41.6 17
06 39.5 39-0
23
06
36.2 41.9 14
06 57.0 58.1
43
08
44-5 42.0
17
08 40.0 34.5
26
08
37.0 42.1 14
08
60. i 63.0
49
IO
46.0 43.6
14
IO 42.5 42.1
18
IO
37.1 42.1 15
IO
57.0 63.0
47
12
46.4 44.0 14
12 44.6 44-4
15
12
37.5 42.0 15
12
61.5 62.8
50
14
44.6 42.6
16
+ 12.5
14
45-4 44-9
14 +II-7
14
37.8 42.5 IS
14
57-6 58.5
44
16
44-8 43-0
16
16 46.0 45.5
13
16
39-1 43-3 17
+6.8
16
54-9 56.0
39
+7-4
18
45-3 43-6
IS
18 ; 46.0 45.6
12 i
18
40.6 44-3 19
18
58.9 60.0
46
20
44-0 43-2
10
20 43.6 43.3
16
20
39.9 44.3 19
20
54-5 56.0
39
22
46.2 44.9
13
22
43-3 43-1 17
22
38.1 40.8 ; 15
22
54-1 55-5
38
24
48.0 47.0 10
24
43.8 43-6 16
24
37.8 41-0 U
24
57-30
42
26
48.0 47.0 10
26 45.3 45-1 14
26
36.5 39-7
12
26
64.0 65.0
54
28
Lost
28 46.8 46.4 II
28
35-8 38.2
10
+6,9
28
64.1 65.1
54
30
47.0 46.2
ii
+ 12.3
30 47.O 47.O II +12.0
30
30-4 39-2
12
30
65.3 66.8
56
+7-4
32
47.6 46.6
10
32 47.4 47.4 10
32
38.0 40.6
14
32
65.9 66.8
56
34
46.6 45.6
12
34 48.0 48.0 09
34
38.3 41-2
IS
34
64.5 65.5
54
36
47.9 47.0 10
36 43-7 43-5 16
36
38.8 41-0
15
36
64.8 65.8
55
38
52.8 52.1 02
38 47.0 46.8 II
38
37-9 39-9
14
38
64.0 64.9
54
40
50.8 50.6 05
40 45-5 45-1 13
40
36.6 38.7
ii
40
62.9 63.8
52
50.8 50.3
05
42 45.0 45-0 14
42
33-7 35-1
06
42
63.0 63.7
52
44
43.0 42.7 17
+ 12-3
44 45-2 45-2 14
44
31-9 33-8
04
44
63.5 64.0
52
46
51.8 51.5 2004
46 45-7 45-5 13 +12.0
46
30.8 32.3
02
+6.9
46
64-9 65.4
55
+7-3
48
56.1 55.8 1957
48 46.0 45.5
13 i
48
30.5 32.0
OI
48
64.0 64.4
53
SO
54-5 54-1 59
50
44-5 44-3
15
50
30.3 32.0
01
50
64.2 64.8
54
52
57-0 56.3
19 56
52
43-6 43-6
16
52
30.6 32.0
O2
52
64.5 65.0
54
54
51.0 50.6 20 05
54
43-3 42.7
17
54
30.4 31.8 01
54
65.7 66.5
20 56
56
51.7 51-3 04
56
43-5 43-1
16
56
30.1 31.2 20 oo
56
67.7 68.8
21 OO
58
S2.2 52.0
03
58
42.6 41.7
18
58
29.1 30.4
19 59
58
71.1 72.0
05
13 oo
54-3 54-0
oo
+ 12. I
15 oo
41.6 40.9
20 +11. 8
I 00
28.1 29.2 , 57
+6.8
3 oo
73-7 73-7
08
+7-3
02
48.0 48.0
09
02 42.2 41.5
19
02
28.0 29.3 ; 57
02
73-9 74-8
09
04
5O.O 50.0 06
04
43.4 42.6
17
04
28.0 29.0 57
04
74-6 75-5
IO
06
47.6 47.0 10
06 42.7 42.3
18
06
26.0 26.8 54
06
75-0 76.1
II
08
48.5 47.8 09
08 42.5 41.6
19
08
25-1 25.9 | 52
08
74-4 75-6
IO
10
49.2 48.8 08
10 42.0 41.5
19
IO
24.2 25.0 51
IO
76.5 77-3
13
12
48.1 47.6 09
12 43.0 43.0
17
12
23-9 24.5 50
12
78.0 79-5
16
14
48.5 48.2 09
+ 12.
14 44.8 42.6
16
14
22.9 23.3 49
14*
37-5 42-0
14
16
43-4 42.7
17
16 42.1 41.3
19
+ 11. 5
IS
22.2 22.8 48
+6.8
16
38.2 43.1 16
+7-2
18
47-3 47-0
10
18 40.8 40.1
21
18
22. 22.5 47
18
40.0 44.0
18
20
46.5 46.1
12
20 40.3 40.2
21
20
21.5 22. 46
20
44.0 47-4
24
22
46.0 45.6
12
22 42.0 41.6
19
22
22. S 23.O 48
22
46.4 50.2 28
24
45-6 45.2
13
24 42.2 41.8
18
24
23.6 24.1 50
24
48.2 52.1 31
26
45-1 44-4
14
26 41.6 41.2
20
26
24.7 2S.O
Si
26
47-8 51.8
30
28
44.6 44.0
15
28 40.9 40.2
21
28
2S.O 25.4
52
28
48.2 51.8
31
30
44-3 43-7
15
+ JI-5
30 41.7 41.0
2O
+11.3
30
26.0 26.3 54
+6.7
30
46.7 49.6
28
+7.2
32
42.7 42.2
18
32 41.0 40.3
21
32
26.1 26.9 54
32
44.0 46.9
23
34
43-5 43-0
17
34 i 44.6 41. I
17
34
26.6 27.2 55
34
43-2 46.2
22
30
44.2 43.7
16
36 43.6 43.1
16
36
27.2 28.0 19 56
36
45.0 47.9
25
38
43-1 42.5
17
38 43.8 43.3
16
38
29-9 30.8
20 00
38
44.1 47.1
24
40
42.6 41.6
18
40
43-6 43.1
16
40
31-4 32.1
02
40
44-9 47-5
25
42
41.2 40.4
20
42
43.0 42.6
17
42
31-5 32-3
02
42
45.6 48.0
26
44
39-6 39.2
23
44
42.3 42.1
18
44
34-2 35.0
07
+6.8
44
50.6 53.0
34
46
40.4 39.8
22
+ "4
46
44.00
IS
+ 11. 5
46. S
36.0 36.8
10
46
52-0 54-5
36
+7-2
48
40.9 40.2
21
48
44-3 44-3
IS
48
38.3
13
48
46.0 48.3
26
50
40.3 39-9
22
50
42-5 42-5
18
50
43-00
20
50
42.8 45-5
21
52
41.0 40.4
21
52
41.6 41.6
19
52
47-4 48.5
28
52
39-2 42.1
16
54
40.3 39-9
22
54
42.0 42.0
18
54
53-8o
37
54
39-1 41.3
15
56
44-2 43-9
IS
56
43.0 42.6
17
56
58.40
44
56
38.7 40.6
14
58
39.0 38.6
23
58
42.7 42.5
18
58
64.20
S3
58
39-0 41-0
IS
16 oo
43-8 43-5
16
+11. i
i
Correction to local mean time is 10.55.
Torsion head at 12)1 oom read 249 and at i6h oom read the same.
Observer W. J. P.
Observer A. F.
338
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Algcr Island Station Continued
Wednesday, July 12, 1905 Magnet scale erect
Wednesday, July 12, 1905 Magnet scale erect
Scale
East
Scale
East
Scale
East
Scale
East
Chr'r
readings
decli-
Temp.
Chr'r
readings
decli- Temp.
Chr'r ; readings
decli-
Temp.
Chr'r readings
decli-
Temp.
time
nation
C.
time
nation C.
time
nation
C.
time
nation
C.
Left Right
Left Right
Left Right
Left Right
h in
d d
O 1
O
h in
d d
O f
h m
d d
/
O
h m
d d
o /
O
4 oo
42.5 44-0
21 2O
+7-1
6 oo
12.8 13.8
20 33
+S-4
8 oo
26.5 27.0
20 54
+7-1
10 OO
47.0 48.2 20 31
+ 6.5
02
42.5 43-9
20
02
19.1 20. i 43
02
21.3 22.3
46
02
44.2 45.2 26
04
39-0 41-2
15
04
18.0 18.7 41
04
27.8 29.0
57
04
40.8 41.2 20
06
40.7 42.8
18
06
12.9 14.0 33
06
29.0 29.5
58
06
45-0 47-2
28
08
44.8 46.6
24
08
24.50 20 51
08
28.0 28.5
20 56
08
53-1 53-6
40
IO
42.6 44.5
20
IO
35-4 37-5 21 09
IO
30-3 31-3
21 OO
IO
Si-5 52.6
38
12
42.4 44.5
20
12
27.8 28.4
20 56
12
27.06
20 54
12
47-0 48.3
31
14
39-8 41-5
16
+7-0
14
32-3 33-3
21 O4
14
28.4 28.6
57
+7-0
H
45.3 46.0
28
+ 7.c
16
37.8 39.0
12
16
35-0 36.0
08
16
28.2 28.6
20 57
16
42.0 42.8
23
18
39.6 40.8
IS
18
36.1 37-0
IO
18
30.3 30.8
21 OO
18
43-5 43-8
24
20
41.8 43.0
19
20
35-1 36.1
08
+5-5
20
32.6 33.6
04
20
46.6 46.8
29
22
44.0 44.9
22
22
36.1 36.9
IO
22
30.8 31-7
21 OI
22
47-3 47-8
31
24
46.2 47.1
25
24
43-5 44-9
22
24
28.8 29.8
20 58
24
45-1 45-4
27
20
47.0 47-4
26
26
40.3 41.0
16
26
31-06
21 01
26
43.9 44-3 25
28
44.3 45.2
22
28
44-8 45-1
23
28
22.2 23.6
20 48
28
45-3 45-9 28
30
44.2 45. 2
22
30
40.1 41.1
16
+5-5
30
27.6 28.6
56
+7.o
30
45-5 45-9 28
+ 7-2
32
43-7 44-9
22
+6.9
32
46.0 46.1
24
32
24-4 25.3
2O 51
32
47.0 47-4 30
34
42.5 44.0
2O
34
42.0 42.5
18
34
29-3 3I-I
21 OO
34
44.4 45.0 26
36
37.1 39.4
12
36
42.1 43-0
19
36
31-3 32.2
O2
36
45-5 45-5 28
3*
31-4 32.4
O2
38
43-8 44.3
21
38
29.8 3O.6
OO
38
46.2 46.6 29 !
40
32.6 33.0
04
40
39-5 40-5
IS
40
32.4 33-6
21 O4
40
43.1 44.3 25
42
32-3 34-0
04
42
46.0 46.7
25
42
29.0 30.6
20 59
42
38.5 38.8 17
44
35-2 36.8
09
44
39-7 41-3
16 +5-7
44
29.0 29.6
58
+7-0
44
40.0 40.3 19
+ 8.0
46
34-9 37-0
08
+6.7
46
40.1 40.5
15 ;
46
26.0 26.6
54
4 S
40.1 40.5 19
48
32.9 35.0
OS
48
39.9 40.1
15
48
25.8 27.0
54
48
41.5 42.S 22
SO
32.7 34-4
05
50
38-3 38.5
12
50
23.8 24.2
50
50
43.6 44.1 25
S2
30.5 32.0
OI
52
45-06
23
52
23.3 24.6
50
52
42.3 42.9 23
54
32.9 33-9
04
54
36.8 37-3
IO !
54
24.0 24.5
50
54
45.0 46.9 28
56
33-5 34-9
06
56
36.26
09
56
24.3 24.6
SO
56
4S.2 46.8 28
58
35.2 36.2
08
58
35-3 35-3
08
58
23.0 23.2
48
58
39.8 41.4 20
5 oo
35-6 37-o
09
+6.2
7 oo
32.06
21 O2
+6.1
9 oo
21.2 2I.S
46
+6.8
II OO
38.0 40.0 17
+ 9-0
02
34-S 35-8
07
02
26.9 27.6
20 55
02
20.0 2O.9
44
02
41.8 43-6 23
04
06
32.7 33-9
31.8 32.9
04
21 03
04
06
30.9 3-2
31-5 31-8
21 OI
21 02