06
65.8 66.8
12
06
18.6 19.1
22 56
06
13-4 14.2
49
06
8.3 9-2
4i
08 62.1 63.2
06
08
22.1 23.1
23 02
08
17-5 18.2
55
08
10.4 10.8
44
10
64.3 66.1
10
10
21. O 22. O
01
10
14.6 15.6
Si
IO
10.3 n. o
44
12
65.8 69.1
13
12
22.8 22.9
03
12
14-5 15-3
50
12
8.5 9-0
41
14
64.0 67.9
II
+10.8
14
2T.2 21.2
00 +12.2
14
12.6 13.5
47
+13.6
14
7.4 8.0
39
+14-3
16
66.5 69.0
14
16
21.8 22.1
OI
16
12.8 14.0
48
16
9.0 9.0
41
18
72.0 74.0
22
18
21. I 22. O
23 01
18
13.1 14.0
48
18
8.8 8.8
41
20
74.1 76.0
25
20
20.1 21.3
22 60
20
13.6 14.9
49
20
8.3 9.o
40
22*
42.0 45.0
35
22
IO.9 20.9
59
22
13-3 14-3
49
t2
8.2 8.8
40
24
34-o 40-3
25
24
18.0 20.0
57
24
13.1 14.0
48
24
9.0 9-8
42
26
34-9 40.8
26
26
17.8 l8.5
55
26
13.2 14.0
48
26
9-3 10. i
42
28
35-9 41-2
27
28
I9.T 22. O
22 59
28
14-3 15- 1
50
28
8.0 8.8
40
.W
35-0 40.2
26
+10.9
30
19.8 23.2
23 01
+12.5
30
13-6 13-8
48
+13.8
30
7.6 8.6
40
+13-8
32
37.4 43.1
30
32
I9.O 22.
22 59
32
12. I 12.8
46
32
6.9 7-7
38
34
38.2 43.3
31
34
T9.2 22.0
59
34
ii. 7 12.5
46
34*
43.2 48.0
3g
36
39.2 45.0
33
36
14.0 17.3
51
36
12.6 13.0
47
36
44-7 45-0
%
38
40.3 45-9
35
38
14.0 I7.I
Si
38
13.6 14.6
49
38
45-2 45.6
38
40
41-9 46.9
37
40
16.7 10.5
55
40
13-1 13.2
48
40
46.5 46.6
40
42
42.9 48.0
38
42.3
14. T 16.1
81
42
13.0 13.8
48
42
45-6 45.8
39
44
41.9 47-0
37
+11. OJ
44
15.4 18.1
53
+12. I
44
12.5 12.6
47
+13.8
44
44-9 45.2
38
+14.0
46
42.0 46.0
36
46
16.9 10.1 55
46
TI.2&
44
46
45-1 45-3
3 s *
48
44.0 48.1
39
48
16.0 18.2 i 54
48
ii. i ii. 6
45
48
46.2 46.5
40
50
45-9 48.8
41
50
IS. 2 17. g 53
SO
12.6 12.8
47
50
45.6 46.0
3 E
52
45-0 47.9
40
52
14.5 17.0 52
52
10.56
43
52
44-7 45-2
38
54
47-1 50. 2
43
54
14.1 16.2 51
54
II. O II. 2
44
54
44-3 44-7
37
56
47-2 so. 7 44
56
T5. 3 17. 1 52
56
12. O 12.3
46
56
43.9 44-8
37
58 44.2 48.1 i 39
58 15. T 17-9 53
58
12. 12.6
46
58
42.9 43-3
35
Observers J. V. and W. J. P., who alternated from 7h 52m to
8h O2m.
18
Observer W. J. P.
266
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplits Bay Continued
Wednesday, June 22, 1904
Magnet scale erect
Wednesday, June 22, 1904 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
/
h m
d d
'
h m
d d
o . .
h m
d d
O '
O
12 00
43.1 44-0
22 36
+I4-S
14 oo
35-6 36.3
22 24
+15-6
16 oo
19.9 20.8 21 59 +15.1
18 oo
34.0 34.8
22 21
+13.8
02
43-5 44-3
36
02
33-8 34-5
21
02
20.8 21.6 22 OO
02
33-9 34-1
21
04
43.0 44.0
36
04
30.8 30.9
16
04
21.2 22.1 OI
04
33.8 34-1 20
06
42.8 43.0
35
06
31.0 32.0
17
06
23.5 24.0 04
06
33-6 34-1
20
08
43-2 43-6
35
08
37-3 37-7
26
08
24.1 25.2 06
08
34-1 34-9
21
10
42.9 43-0
35
10
34.56
21
IO
2O.S 20. 8 22 OO
10
34-5 35-1
22
12
42.0 42.3
33
12
30.5 30.9
16
12
19.6 20.2 21 58
12
34-2 34-9
22
H
42.3 42.6
34
+15-0
14
32-3 32-5
18
+15-5
14
22.6 23.5 22 03 +14-8
14
34-1 34.7
21
16
41.2 41.6
32
16
31-9 32.3
18
16
22.3 23.8 03
16
34-9 35-2
22
18
41.2 41.8
32
18
31-4 31-9
17
18
24.5 25.1 06
18
35-1 35.5
23
20
42.0 42.1
33
20
31-3 31-3
16
20
24.6 25.1 06
20
35-2 35-8
23
22
41.8 42.1
33
22
32.0 32.0
18
22
25.2 26.2 08
22
35-3 35-8
23
24
42.0 42.4
34
24
31-6 31-9
17
24
26.2 27.O 09
24
35-1 35-5
23
26
40.8 41.0
32
26
28.6 29.0
12
26
28.1 28.8 12
26
35-1 35-5
23
28
40.2 40.3
30
28
26.6 26.6
09
28
28.8 29.2 13
28
35-1 35.7
23
30
41.0 41.2
32
+15-2
30
30.0 30.6
IS
+I5-2
30
29.2 30.0 14 +14.7
30
35-2 35-9
23
+13.3
32
40.2 40.7
31
32
24.0 24.7
05
32
30.7 31.2 16
32
35-1 35-9
23
34
41-0 41-3
32
34
24.0 24.5
05
34
32.1 32.9 18
34
35.1 35.9
23
36
39-0 39.3
29
36
22.6 23.2
03
36
32.9 33.4 19
36
35- 2 35-9
23
38
38.0 38.2
27
38
25-3 26.0
07
38
33.1 33-9 20
38
35-8 36.1
24
40
35-6 36.3
24
40
26.8 27.O
09
40
32.2 33.1 18
40
36.0 36.2
24
42
35- S 36.0
23
42
25-1 25.3
07
42
31.1 32.2 17
42
36.0 36.3
24
44
33-0 33-7
20
+15-0
44
24.6 24.8
06
+15 -3
44
30.2 31.8 16
+14-5
44
36.1 36.2
24
46
29.8 31.0
15
46
25.7 26.0
08
46
30.2 31.7 16
46
36.1 36.3
24
48
31-0 31-6
16
48
25.8 26.1
08
48
29.9 31. i 15
48
36.3 36.7
25
SO
36.5 37-1
25
SO
25-3 25.3
07
50
30.1 31-3
16
SO
37-3 37-9
26
52 : 36.0 36.5
24
52
26.3 26.3
09
52
29.1 30.3
14
52
36.1 36.2
24
54
32.9 34-0
20
54
26.3 26.3
09
54
29.3 30.8
14
54
36.0 36.0
24
56
32.3 32.6
18
56
26.0 26.O
08
56
29.6 30.7
15
56
35-9 36.1
24
58
35-6 36.0
24
58
26.1 26.3
08
58
31.0 32.0
17
58
35-9 36.0
24
13 00
34-4 35-6
22 +15.8
15 00
26.O 26.O
08
+15.1
17 oo
32.1 32.9
18
+14.1
19 oo
35- P 36.1
24
+12.9
02
32.5 33-5
19
02
26.4 26.5
09
02
35-0 35.4
22
02
35-9 36.2
24
04
33-4 34-1
2O
04
25.3 25.4
07
04
35-5 36.0
23
04
35-3 35-9
23
06
32.0 32.3
18
06
25-3 25.3
07
06
34-0 34.2
21
06
35-1 35-6
23
08
32.8 33-8
20
08
24.2 24.2
05
08
34-8 35.3
22
08
34-6 35-0
22
10
39-3 40.0
29
IO
24.6 24.8
06
10
36.1 36.2
24
IO
33-8 34-1
20
12
41.0 41.5
32
12
24.0 24.3
05
12
35-9 36.1
24
12
33.1 33.4
19
14
34-3 34-6
21
+16.0
H
24.7 25.0
06
+15-2
14
36.6 37.0
25
+14.0
14
32.8 33.1
19
+12.6
16
33-3 34.5
20
16
22. 23.O
03
16
37-5 37-9
26
16
32.8 33-0
19
18
38-0 38.9
28
18
21. 5 21.7
OI
18
37-9 38.1
27
18
32.4 32.6
18
20
38.2 38.7
28
20
21. 22.1
01
20
38.6 39-0
28
20
32.2 32.2
18
22
35-7 36.7
24
22
22.3 22.6
02
22
40.3 41.0
31
22
32.3 32.9
18
24
36.6 37.2
25
24
21.6 22.3
02
24
41.7 42.2
33
24
33-6 34-0
20
26
37-0 37-5
26
26
22.6 22.8
03
26
41.7 42.1
33
26
34-3 34-9
22
28
35.0 3<5.6
24
28
23.2 23-9
04
28
41. 1 41.9
32
28
35-0 35-3
22
30
36.6 37.0
25
+15-8
30
23.3 24.1
04
+15-3
30
41.2 41.9
32
+14.0
30
35.2 36.0
23
+12.2
32
38.3 38.5
28
32
24.5 25.0
06
32
41.2 41.9
32
32
35-5 35-9
23
34
37-3 37-5
26
34
22.8 23.8
04
34
41-9 42-3
33
34
35-3 35-8
23
36
38.0 38.0
27
36
21.8 22.3
02
36
40.9 41-7 32
36
35-6 35-8
23
38
37-7 38.9
28
38
23.0 23.2
04
38
40.3 41-9 32
38
35-7 36.0
24
40
38.6 39.0
28
40
25.0 25.3
07
40
40.0 41.1 31
40
35.6 36.0
24
42
36.6 36.6
25
42
22.3 22.5
02
42
38.9 40.3 29
42
36.0 36.3
24
44
34.0 34.6
21
+15-3
44
20. 8 21. S
00
+15-0
44
38.3 39.9 29 +I3-9
44
35-9 36.3
24
+ 12.
4*
34-4 34-8
22
46
24.2 24.8
06
46
38.2 30.1 28
46
35.2 36.0 23
48
34.0 34-3
21
48
23-6 24.3
05
48
37-4 38.1 26
48
35-1 35-8 23
SO
33-8 34-1
2O
50
22.8 23.2
03
50
36.0 36.2 24
50
34.6 35- i 22
52
35-3 35-9 ' 23
52
24.0 24.2
05
52
34-8 35-0 22
52
33-9 34-6 \ 21
54
35-6 36.0 24
54
23-3 24.0
04
54
35.0 35.1 22
54
33-9 34-7
21
56
36.6 37.0 25
5*
21.0 22.3
01
56
34-3 34-0 22
56
34.1 34-9
21
S8
37.0 37.3 26
58
21. O 21.4
00
58
34.0 34.1 21
S8.7
34-3 35-1
22
1 ,
Observer W. J. P.
Observers W. J. P. and R. R. T., who alternated from i6h oom to
i6h 14111.
MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplits Bay Continued
267
Wednesday, June 22, 1904 Magnet scale erect
Thursday, June 23, 1904 Magnet scale inverted
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
*
h m
d d
/
h m
d d
f
h
h m
d d
/
20 oo
35-o 35-6
22 23
+11. 7
22 OO
36.0 36.7
22 24
+10.4
16 oo
48.9 44.2
21 36
+13-6
18 oo
42.0 41.0
21 45
+IO.I
02
35-2 36.0
23
02
36.0 36.0
24
02
47-8 43.2
37
02
43-7 42.1
43
04
35-1 35. 8
23
04
35-7 35-7
23
04
46.9 43-3
38
04
43-3 42.2
43
06
34-7 35-3
22
06
35-0 35-1
22
06
46.0 42.9
39
06
42.9 41-9
44
08
35.1 35-9
23
08
34-3 34-9
22
o8_
45.9 42.5
39
08
41.8 40.5
45
10
35.2 36.0
23
10
34-1 34.7
21
10
44-3 4L9
4i
10
41.9 40.2
46
12
35-1 35.8
23
12
34-0 34-4
21
12
44.1 41.7
41
12
41.9 40.2
46
14
35-1 35.9
23
+n. 6
H
33-2 34.0
2O
+10.5
14
44-1 4I.O
42
+12.7
14
40.1 39.1
48
+ 9-7
16
35-3 35-9 23
16
33-2 34.3
2O
16
43-1 40.7
43
16
39-1 38.1
50
18
35-5 35-9
23
18
33.8 34-4 21
18
42.1 41.1
44
18
38.5 37-7
50
20 35-o 35-2
22
20
33-7 34-9 21
20
42.8 41.8
42
20
38.9 38.0
50
22 35- 1 35. i
22
22
34.0 34-9 21
22
43-1 42.2
42
22
39-1 38.9
49
24 ! 35-2 35-7
23
24
35-0 35-5 22
24
42.0 41.8
43
24
39.6 39.0
49
26
35-4 35-9 23
26
35-3 36.1 23
26
41.1 4I.I
44
26
39.8 38.9
49
28
35-3 35-9 23
28
35.0 35-8 23
28
41.1 41.1
44
28
39-0 38.0
50
30
35-1 35. 6
23
+n. 3
30
34-9 35-3 22
+10. 1
30
42.0 41.9
43
+12. 1
30
39-9 39-0
48
+ 9-1
32
35.2 36.2
23
32
33-1 34.1
2O
32
42.8 42.0
42
32
40.5 40.1
47
34
36.0 36.9
24
34
32.1 33-2
18
34
41.9 41-2
44
34
41.3 40.9
46
36
36.1 37-0
25
36
32.2 33-7
19
36
41.2 41.0
44
36
43-1 42.8
43
38
35-5 36.3
24
38
32.7 33-9
20
38
4I.I 40.9
45
38
44-2 43-9
41
40
35-6 36.2
24
40
33.0 34-2 j 20
40
41.1 40.9
45
40
43.2 43.0
43
42
35-0 33-8
23
42
33-0 34-2
2O
42
41.9 4I-I
44
42
42.9 42.2
44
44
34-2 35-1
22
+11. 1
44
32.9 34-1
2O
+IO.O
44
41.2 42.3
44
+n. 6
44
42.0 41.1
45
+ 8.9
46
33-1 34.0
20
46
32.2 34-3
10
4 S
42.9 4L7
43
46
42.9 41.9
44
48 32.1 32.9
18
48
32.1 33-0
18
48
42.9 41.9
43
48
44-8 43.9
40
50 32.2 32.7
18
50
31-1 32.9
18
50
42.5 41-8
43
50
45-9 45-0
39
52 32.6 33.9
19
52
31-5 33-0
18
52
42.2 41.9
43
52
46-9 45-8
38
54 32.8 33.3
56 33-1 33.8
19
20
$
30.2 31-9
29.9 31-2
16
15
54
56
41-9 41. I
41. I 41-0
44
45
54
56
47.0 45-9
46.0 45.0
38
39
58 33-9 34-4
21
58
29.1 30.9
14
58
40.0 39.9
46
58
45-5 44-9
40
21 00 34.1 3S.I
22
+ 11.
23 oo
30.0 31.1
15
+ 9-8
T700
39-9 39-2
47
+ 11. 2
19 oo
46.0 45. I
39
+ 8.7
02 33.5 34.3
2O
02
29.8 31.1
15
02 39-9 39-1
47
02
46.1 45-8
39
04 32.1 33.1
18
04
30.2 31.8
16
04
40.1 39.2
47
04
45-5 45-0
40
06 31-7 32.8
18
06
30.9 32.1
17
06
40.7 39.8
46
06
44.9 44.7
40
08 31.1 32.2
17
08
30.6 31.9
16
08
40.3 39-8
47
08
44-9 44-8
40
10
31.0 33-0
18
10
30.8 31.8
16
10
39-9 30.2
47
IO
44-9 44-8
40
12
33-1 34-1
20
12
31-6 32.5
18
12
39.0 38.3
49
12
44-9 44.8
40
14
33-8 34-7
21
+11.
14
32.9 33-5
19
+ 9-6
14
38.9 38.5
49
+ 11. 1
14
45-9 45-9
39
16
33-1 34-o
2O
16.4
33-5 34-6
21
16
38.1 38.1
So
16
45-9 45-6
39
+ 8.2
18 32-7 33-8
10
18
34-2 35-1
22
18
38.2 38.0
50
18
46.0 45-9
39
20 31.9 32.8
18
20
34-6 35-2
22
20
38.9 38.2
49
20
45-5 45-1
40
22 30.0 31-7
16
22
35.0 35.7
23
22
40.2 39.9
47
22
44.1 44.0
42
24 20.8 30.2
14
24
35-2 36.0
23
24
41-3 41-0
45
24
43-9 43-2
42
26 28.4 2O. I
12
26
35-9 36.3
24
26
41.6 41.0
45
26
43-3 43-0
43
28 28.0 28.8
12
28
36.0 36.3
24
28
41.1 40.3
46
28
43-2 42.5
44
30 28.0 28.9
12
+11.
30
3f>.3 36-0
25
+ 9-7
30
40.1 39.5
47
+10.9
30
43-0 42.3
44
+ 8.0
32 27.9 28.0
12
32
36.2 37.6
25
32
39.2 39.1
48
32
43-0 42.0
44
34 27-3 28.8
II
34
36.4 37-5
25
34
38.7 38.2
49
34
43-1 42.3
44
36 28.1 29.1
12
36
36.6 37.6
26
36
38.8 38.6
49
36
44-0 43-2
43
38
29-4 30.5
14
38
36.3 37-3
25
38
39-0 38.9
40
38
45.0 44.2
41
40
30.0 31.0
IS
40
36.3 37-3
25
40
39-9 39-3
48
40
45.2 44.7
41
42
30.3 31-3
16
42
36.6 37-3
25
42
39-5 39-0
48
42
45-9 44-8
40
44
32-2 33-0
18
+10.7
44
36-8 37.6
26
+ 9-7
44
39.9 39.4
48
+10.5
44
45-9 44-9
40
+ 7-8
46
32.9 33-8
20
46
37-1 38.8
27
46
39.0 39.8
47
46
46.0 45.1
40
48
33-1 34.0
2O
48
37.1 38.9
27
48
39-8 39.3
48
48
46.8 45. 8
38
50
32.6 34.8
2O
50
37-5 39-1
27
50
40.0 39.8
47
50
47.1 46.0
38
52
34-6 35-4
22
52
37- I 30.0
27
52
40.8 40.0
46
52
47.0 45.6
38
54
35-1 36.1
23
54
37-3 39-1
27
54
41.0 40.0
46
54
48.0 47.8
36
56
35.8 36.9
24
'f>
37.6 39.2
28
56
41.9 40.9
45
56
49.1 48.9
34
58
36.0 36.0
24
58
37. t 39.1
27
+ 9-8
58
42.1 41.0
45
58
5i.o 50.4
32
!
?4 oo
38.0 40.0
28
20 00
51-9 51-1
30
+ 7-6
Correction to local mean time is im o6s. 90" torsion = 17/49
Torsion head at oh oom read 46 and at 24)1 I5m read 53".
Observer R. R. T.
Correction to local mean time is 5s. 90" torsion = 18/21.
Torsion head at ijh 42m read 54 and at 2oh 20m read 39.
Observer J. V.
268
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplitz Bay Continued
Friday, June 24, 1904 Magnet scale erect
Sunday, June 26, 1904 Magnet scale inverted
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
/
h m
d d
h m
d d '
O
h m
d d
20 oo
44-0 45-3
22 20
22 OO
46.0 46.8
22 22
+8.8
o oo* 50.1 49.5 21 51
+5-8
2 OO
31. I 29.9
22 21
+5-2
02
44-1 45-5
2O
02
45-9 46.0
22
02 50.2 49.0
51
02
31. i 29.4
21
04
44-8 45-9
21
04
45-0 45-7
21
04 49-9 48.7
5i
04
31.0 29.0 22
06
44.8 46.1
21
06
45-1 45-4
2O
06 48.9 47.8
53
06
30.1 28.9 22
08
45.0 46.1
21
08
43-7 44-1
18
08 50.5 49-7
50
08
28.9 26.8 25
10
45.4 46.6
22
10
42.3 42.9
16
IO
50.0 48.3
52
IO
28.0 26.1
26
12
45.9 46.9
22
+7.6
12
43-0 43-1
17
12
47-7 46.8
55
12
28.0 26.8
26
14
46.0 47.0
23
14
40.9 41.8
14
+8.3
14
46.0 45.2
57
+5-8
H
28.9 27.0 ! 25
+5-2
16
46.1 46.9
23
16
43-0 43-9
18
16
48.0 47.0
54
16
29.9 28.1 23
18
46.0 46.2
22
18
43-2 44.0
18
18
48.1 47-2
54
18
32.1 31.0 19
20
45.4 46.0
21
20
42.8 43-1
17
20
48.2 47.9
53
20
29.3 28.9
23
22
45-1 45-3
2O
22
44.0 44-7
19
22
48.7 47-9
53
22
28.1 27.8
25
24
44-7 45-1
20
24
42.0 42.5
16
24
49.8 48.0
52
24
29.2 28.2
24
26
44-0 44-9
19
26
42.9 43-4
17
26
49-7 48.1
52
26
28.9 27.9
24
28
44-0 44-5
19
28
43-1 43-9 18
28
48.0 46.6
54
28
26.5 25.8
28
30
44-1 44-7
19
+7-9
30
46.9 47.1 23
+8.0
30
48.3 47-4
54
+5-8
30
27.0 25.9
27
+5-1
32
44.9 45.1
2O
32
49.0 49.1 26
32
50.9 49-3
50
32
31.0 30.0
21
34
44.8 45.1
2O
34
51.0 51-2 30
34
50.0 48.9
51
34
33-9 32.9
16
36
44.1 44.9
19
36 50.1 50.1 28
36
48.0 47.1
54
36
32.5 32.0
18
38
44.1 44.8
19
38 47-2 47-8 : 24
38
47.9 46.9
54
38
29.0 28.1
24
40
44.4 44.8 20
40 45-o 45-1 20
40
48.1 47.0
54
40
30.7 29.1
22
42
44.3 44.8 19
42 44.2 44.9 19
42 47.9 46.9
54
42
30.0 29.2
22
44
44.7 44.8 20
+8.0
44 45.8 46.1 22
+7-9
44 47.9 46.9
54
+5-9
44
27.9 26.9
26
+5- 1
46
45-0 45-1
20
46 45-5 45.6 21
46
47.0 46.0
56
46
26.1 25.1
29
48
44-9 45-1
20
48 44.2 44.8
19
48 48.9 48.1
53
48
26.0 25.1
29
50
44.2 44.9
19
50 44.3 45-0
20
So
55-1 54-7
43
50
25.9 24.9
29
52
44-2 44-9
19
52 45-3 45-9 21
52
54-0 52.0
46
52
25.0 23.9
30
54
44.2 44.6
19
54 45.0 46.8 22
54
56.9 56.5
40
54
24.3 23.5
31
56
44-4 44-9
20
56 44.1 45-0 19
56
55-1 54-7
43
56
23.O 22.1
34
58
44-2 45-0
20
58
45.8 46.1 22
58
52.0 51.0
48
58
22.1 21.5
35
21 00
44.1 45.0
19 +8.2
23 oo
47.O 48.0 24
+7-8
I OO
51-1 50.8
49
+5-9
3 oo
22.9 22.
34
+5-0
O2
44-0 45-1
19
02
46.1 47.1 23
02
50.0 49-3
51
02
21.8 21. O
35
04
43-9 45-3
20
04
46.7 47-5 24
04
50.1 49.8
50
04
21. 1 20.7
36
06
44-1 45-4
20
06
47.1 48.0 24
06
49-1 48.1
53
06
21. 2O. I
37
08
44-9 45-8
21
08
47.1 48.4 24
08
47-7 47-5
54
08
21.9 21.7
35
10
44-8 45.9
21
IO
47.3 48.8
25
IO
47-3 46.1
55
IO
21.9 21. I
35
12
45.8 46.9
22
12
47.8 49.1 26
12
47-5 46.7
55
12
21.9 21.2
35
14
44-9 46.8
22
+8.3
14 48.1 49-3 26
+7-8
14
48.2 47.2
54
+5-8
14
23.2 23.0
32
+5-0
16
45-3 46.3
22
16 49.0 50.0 27
16
48.7 47-1
54
16
24.8 24.0
3 i
18
45.8 46.9
22
18 49-3 50.1 28
18
48.8 47.0
54
18
26.0 25.7
28
20
45.7 46.1 22
20 50.3 50.4 29
20.5
49.0 46.9
54
20
28.8 27.9
24
22
45-8 45-9
22
22
Si. i 52.0
30
22
48.5 45-9
55
22
30.1 29.2
22
24
44.6 44.9
2O
24
Si.o 52.1
30
24
49-8 45-0
54
24
31-0 30.1
21
26
42-5 43-0
7
26
52.2 53.0
32
26
48.1 44-1
56
26
30.8 29.8
21
28
42-3 43-1
17
28
51-1 52.0
30
28
47-9 44-0
21 57
28
29.9 29.2
22
30
42.9 44-1
18 +8.7
30
52.1 53-8
33
+7-5
30
44-9 41-1
22 OI
+5-6
30
29.5 28.8
23
+5-0
32
43.1 45-0 19
32 52.8 54-9 34
32
44.0 40.9
02
32
27-9 27.1
26
34
42.0 43.9 17
34 53-0 55-0 34
34
42.5 39-0
05
34
25-9 25.0
29
36
42.9 44.2 18
36 53-1 55- I 35
36
41-8 38.9
06
36
24-0 23-7
31
38
44.1 45.4 20
38 53-7 55-3 35
38
40.8 37.8
07
38
22. . 21.0
35
40
45.2 46.7 22
40 53-1 55-1 35
40
40.1 37.5
08
40
18.1 18.0
41
42
46.0 47.0 23
42 52.4 54-1 33
42
39-8 37.9
08
42
16.1 15.8
44
44
46.0 47.O
23 +8.7
44
51-8 53-3 32
+7-3
44
30.0 37-3
08
+5-4
44
14.0 13.3
48
+5-0
46
42.0 42.8
16
46
51.8 53-4 32
46
38.3 36.1
TO
46
13 -S 13-3
48
48
47.2 47.7
24
48
51.1 52.8
31
48
35-7 33-7
14
48
18.8 18.2
40
50
47-7 48.0
25
So
51.0 52.3 30
50
34.0 32.0
17
50
18.2 18.0
40
52
47-3 47-9
24
52
50.3 51-9 30
52
33-1 30.9
19
52
I3.O 12. O
49
47-1 47-6
24