II 00
36.2 40.0
28
-14.9
13 oo
38.7 39.1
29
15 00
41-3 4L5
33
-15.0
02
49.0 50.8
47
02
37-0 40.9
29
02
38.4 39.0
29
02
39-3 39-6
30
04
47-8 50.3
45
04
38.9 43-6
33
04
37-6 38.4
28
04
40.0 40.6
32
06
42.8 44.8
37
06
37.1 38.8
28
06
36.2 36.9
26
06
39.9 40.6
32
08
41.4 43.8
35
08
36.1 38.5
27
08
37-7 38.4
28
08.2
40.1 40.6
32
10
37-0 39-3
28
IO
37-8 40.4
30
IO
38.6 39.2
29
IO
40.6 41.0
32
12
41.6 43.9
35
12
38.1 41.8
31
12
39-0 39.7
30
12
41.0 41.4
33
14
42.6 46.9
38
-15.0
14
37-6 40.3
29
-14.9
14
39-8 40.3
3i
-14.8
14
38.6 39.6
30
16
41.1 45.2
36
16
38.3 41.6
31
16
40.7 41.9
33
16
37.8 38.6
28
-15.0
18
40.9 43-3
34
18
39-0 42.5
32
18
40.8 41.4
33
18
38.8 39.6
30
20
43-1 45-1
38
20
39-9 42.7
33
20
40.6 41.1
32
20
38.8 39.8
30
22
41.2 43.8
35
22
41.2 44.7
36
22
38.8 39.4
30
22
38.4 39.4
29
24
42.2 43.1
35
24
42.3 44-9
37
2 4
38.0 38.8
29
24
38.8 39.0
29
26
42.8 44.1
36
26
37-7 40.1
29
26
39.1 40.0
30
26
40.0 40.6
32
28
42.2 44.2
36
28
35-3 38.5
26
28
40.6 41.9
33
28
36.0 36.6
25
30
42.1 44.8
36
-14.9
30
38.1 41.2
31
-14.8
30
40.7 41-7
33
-15.0
30
37-3 37-7
27
-15.0
32
41.2 44.8
36
32
39-3 43-1
33
32
40.7 41.9
33
32
39.3 40.3
31
34
41.7 45-1 36
34
38.3 41.9
3i
34
38.7 39-2
29
34
38.8 39.8
30
36
41.1 44.2 35
36
39-0 41-6
32
36
40.3 40.3
32
36
39.0 40.6
31
38
40.1 43.0
34
38
40.4 42.8
34
38
40.1 40.7
32
38
40.0 41.6
32
41
40.1 42.8
33
40
42.0 44.0
36
40
39.3 40.0
31
40
41.6 42.8
35
42
40.2 42.8
34
42
44.2 45-9
39
42
36.8 37.1
26
42
42.0 43.1
35
44
41.2 43.2
35
-14.8
44
41.2 42.6
34
-14.8
44
36.5 36.9
26
44
41.8 42.8
35
-15.0
46
41.4 43-0
35
46
39-3 40.7
31
46
36.9 37-3
27
46
40.6 41.8
33
48
41.0 42.2
34
48
42.0 43.2
35
48
37-1 37-8
27
48
41.3 42.1
34
50
39-8 41-0
32
50
42.9 44.0
36
50
38.2 38.8
29
50
41.4 42.2
34
52
39-3 40.5 3i
52
41.3 42.8
34
52
39-0 39-3
30
52
40.3 41.1
32
54
40.8 41.2
33
54
42.4 43-4
36
54
40.8 41.1
33
54
40.8 41.4
33
56
41.6 42.8
35
56
43-3 44-7
37
56 40.2 43.6
34
56
40.6 41.1
32
58
40.7 41.6
33
58
43-2 44-2
37
58
37-0 41.7
30
58
39.6 40.1
31
Observer R. R. T.
Observers R. R. T. and W. J. P., who alternated from I4h O2m to
I4h o8m.
u6
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplitz Bay Continued
Wednesday, December 23, 1903 Magnet scale erect
Wednesday, December 23, 1903 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 <i
o /
h m
d d
o /
O
h m
d d
/
h m
d d
o /
O
16 oo
39.8 40.2
22 31
-15.3
18 oo
42.7 42-7
22 35
-15-7
20 oo
42.9 43-3
22 36
-14.4
22 00
43-8 49-1
23 41
-14.2
02
41.0 41.8
33
02
42-5 42.6
35
02
42-6 43-1
36
02
34.7 41.6 28
04
42-4 43-0
35
04
42-3 42-5
35
04
42.6 43.0
36
04
31-2 38.3
23
06
42.6 43.0
36
06
42.6 42.8
35
06
42.8 43-3
36
06
31.8 38.7 24
08
42.4 43.0
35
08
42-9 43-1
36
08
43-2 43-8
37
08
35.8 37.2 26
10
42.3 42.7
35
IO
43-3 43-3
36
IO
43-7 44-1
37
10
37.1 38.3 28
12
42.4 42.6
35
12
43-8 43.8
37
12
43-8 43.3
37
12
38.0 39.8 29
14
42.3 42.7
35
-15.3
14
44.0 44.1
37
-15-6
14
43-8 44.0
37
-14.2
14
39.2 41.0 31
-14-3
16
42.0 42.4
35
l6.3
43-6 43-6
37
16
43-4 43-8
37
16
40.2 42.1 33
18
41-8 42.3
34
18.3
43-2 43-2
36
18
43-1 43-2
36
18
41.1 42.9
34
20
41.6 42.2
34
20
42.9 43.0
36
20
43-0 43.2
36
20
42.1 43.8
36
22
41.6 42.0
34
22
42-8 43.0
36
22
42-7 42.9
36
22
42.8 44.2
37
24
42.3 42.9
35
24
43-1 43-3
36
24
42.9 43-0
36
24
43-0 44-3 37
26
43-7 44-3
37
26
43-3 43-8
37
26
43-1 43-3
36
26
43.0 44.3 37
28
44-5 45-1
39
28
43.8 44.0
37
28
43-3 43-8
37
-14.1
28
42.8 44.2
37
30
44-8 45-3
39
-15.4
30
43-5 43-8
37
-I5-3
30
43-8 44.0
37
30
42.2 43.7
36
-14-3
32
44.0 44.7
38
32
43-2 43-7
36
32
43-8 43-9
37
32
41-6 43-3
35
34-6
44-0 44-5
38
34
42.8 43.0
36
34
43-9 44-0
37
34
40.8 42.8 34
36
43-5 44-0
37
36
42.8 43.1
36
36
44.0 44.4
38
36
38-1 43.8 33
38
42.7 42.4
35
38
42.9 43.1
36
38
44.6 45.0
39
38
37.2 41.5 30
40
41.8 42.3
34
40
42.3 42-8
35
40
44.1 44.7
38
40
43-2 50.3 42
42
41.8 42.6
35
42
42-3 42-9
35
42
44-0 44-7
38
42
43-9 56.5 47
44
42.8 43.6
36
-15-5
44
43-0 43-2
36
-iS-o
44
44.1 44.8
38
-14.0
44
39-2 45.9 35
-14.1
46
44-3 45-3
39
46
43-8 44-1
37
46
43-8 44.7
38
46
38.0 40.1 30
48
42.7 43.6
36
48
43-3 43-8
37
48
42.9 43-6
36
48
28.9 30.8 15
50
43-5 44-0
37
50
43.8 44.0
37
50
41.6 42.1
34
50
28.2 30.1 14
52
42.9 43-6
36
52
44-3 44-7
38
52
41.1 41.9
34
52
39.8 40.2 31
54
44.1 44.8
38
54
43-9 44-1
37
54
41.8 42.1
34
54
34.2 35.3 23
56
43-6 44-5
37
56
43-2 43-5
36
56
41.5 41.8
34
56
47.2 56.1 49
58
43-3 44-3
37
58
44-2 44-2
38
58
41.1 4L5
33
58
34.4 40.9
27
17 oo
44-4 45-3
39
-15.5
19 oo
43-8 44-1
37
-14.9
21 OO
40.0 40.6
32
-14.0
23 oo
24-4 33-2
14
-14.0
02
44-0 44-8
38
02
43.8 44.0
37
O2
38.2 38.7
29
02
26.8 34.4
16
04
44-9 45-7
40
04
44-1 44-4
38
04
38-1 38.8
29
04
30.4 38.5
22
06
44-0 44-7
38
06
44-1 44.4
38
06
38.3 39-2
29
06
30.7 37-2
22
08
45.6 46.6
41
08
44.1 44.4
38
08
39-1 39-9
30
08
31-9 37-1
22
IO
45-0 45.6
40
10
44.0 44.8
38
10
39-8 40.7
32
10
34.8 41.9
28
12
45-7 46-2
40
12
44-0 44-8
38
12
40.1 41.1
32
12
32.2 38.9
24
14
45-0 45-7
40
-15.6
14
43-9 44-8
38
-14.9
14
4L3 42-0
34
-14.1
14
29.5 36.1
20 -13.8
16
44-8 45.4
39
16
45-0 45-6
40
16
42-7 43-2
36
16
30.9 36.7
21
18
45.6 46.2
40
18
45-1 45-6
40
18
43-0 43-3
36
18
32-8 38.8
25
20
46.7 47.2
42
20
45-1 45-4
20
43.8 44.0
37
20
32.3 38.3
24
22
47-0 47.6
43
22
44-4 44-8
38
22
44-1 44-5
38
22
34-3 40-9
27
24
47-3 47-6
43
24
44-6 44-9
38
24
44-2 44-7
38
24
37-1 43-6
32
26
48.1 48.5
44
26
44-4 44-8
38
26
44-0 44-7
38
26
37-8 42.7
31
28
47.6 48.0
43
28
44.0 44.2
38
28
40.8 41.7
33
28
39-1 43-3
33
30
47-3 47-5
43
-15.5
30
43-2 43.8
37
-14.8
30
40.1 39.7
3i
-14.0
30
38.0 42.1
3i -13-4
32
47-3 47-5
43
32
42.9 43-1
36
32
38.6 40.2
30
32
40.7 44-3
35
34
46.6 47.0
42
34
42.9 43.1
36
34
36.9 38.6
28
34
41.3 44.8
36
36
46.1 46.6
41
36
43-1 43.6
36
36
37-4 39-4
29
36
40.0 43.2
34
38
45-4 45-7
40
38
43-2 43-8
37
38
37-5 38.9
28
38
39-2 42.1
32
40
45-6 45.8
40
40
43-3 44-0
37
40
37-3 38.9
28
40
38.0 40.8
30
42
45-2 45-5
40
42
43-3 44-0
37
42
37-8 39-6
29
42
39.1 41.8
32
44
46.0 46.3
41
-15.6
44
44-1 44-8
38
-14.6
44
37-9 39-2
29
-14.2
44
39-4 42.0
32
-13-3
46
45-3 45-6
40
46
44-9 45-8
40
46
40.1 41.3
32
46
38.8 41.1
31
48
45-3 45-6
40
48
45.2 46.0
40
48
38.9 40.2
30
48
37.6 40.1
29
50
45-7 45-7
40
50
44-9 45-5
39
50
39-7 41-8
32
50
398 41-8
32
52
44-8 44-8
3
52
44.1 44.9
38
52
50.7 51.0
48
52
39.8 41.8 32
54
44-5 44-5
38
54
43-8 44.3
37
54
5I-I 59-3
22 55
54
40.3 41.8
33
56
44-3 44-5
38
56
43-2 44-0
37
56
57-9 66.9
23 06
56
40.1 41.2
32
58
43-0 43-0
36
58
43-1 43.8
36
58
58.8 64.7
05
58
40.9 41.9 33
24 oo
43-0 43-6
36
-13-3
Observers W. J. P. and R. R. T., who alternated from i8h 2Om to
i8h 3om.
Correction to local mean time is + 325.
Torsion head at oh com read 345 and at 24)1 oom read the same
Observer R. R. T.
MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplitz Bay Continued
117
Thursday, December 24, 1903 Magnet scale inverted
Tuesday, December 29, 1903 Magnet scale erect
Scale
East
Scale
East
Scale East
Scale
East
Chr'r
readings
decli-
Temp.
Chr'r
readings
decli-
Temp.
Chr'r
readings i 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
1
Left Right
h m
d d
O t
O
h m
d d
O t
e
h m
d d
/
h m
d d
O t
16 oo
49-7 49-3
22 36
-21.3
18 oo
48.1 46.3
22 39
-18.9
12 OO
38.8 40.9
22 32
-20.
14 oo
39.4 40.2
22 32
-16.3
02
49-4 48.2
37
02
48.7 47.0
39
02
38.8 40.9
32
02
39-9 40.4
33
04
49-4 47-9
37
04
48.5 46.9
39
04
39.8 40.9
33
04
39-9 40.4
33
06
49-5 47-9
37
06
49.0 47.7
38
06
39-8 41.1
33
06
39.7 40.0
32
08
49.6 48.0
37
08
49.4 48.1
37
08
39-3 40.6
32
08
39-2 39-8
32
IO
49.1 47.8
38
IO
49.6 48.3
37
M
38.9 40.2
32
10
39-2 39.8
32
12
49.2 48.0
37
-21.0
12
49-3 48.3
37
12
39.0 40.4
32
12
39-1 39-7
32
14
49-7 48.5
36
14
49-3 48.3
37
-18.9
14
39.2 40.8
33
-19.3
14
39.8 40.2
33
-15.9
16
49-3 48.6
37
16
49.7 48.9
36
16
39-3 40.9
33
16
39-7 39-9
32
18
49.0 48.2
37
18
50.2 49.3
36
18
39.3 40.8
33
18
39-2 39-8
32
20
49.0 48.2
37
20
50.4 49.4
35
20
38.4 39-8
31
20
39-1 39-3
31
22
49.2 48.5
37
22
49.9 48.9
36
22
38.1 39-2
30
22
39.0 39.2
31
24
49.1 48.1
37
24
49.1 48.1
37
24
38.3 39-2
30
24
39-6 39.8
32
26
49.1 48.2
37
26
48.3 47.6
38
26
38.8 39-7
3i
26
40.1 40.2
33
28
49-2 48.3
37
28
48.5 47-8
38
28
38.5 39-3
31
28
40.2 40.8
33
30
49.1 48.1
37
-20.7
30
48.7 47-7
38
-19.0
30
38.9 39-8
31
-18.8
30
39.8 40.1
32
-15-5
32
48.9 48.1
38
32.3
48.7 47-4
38
32
39-1 39-8
32
32
38.7 38.9
31
34
48.9 48.0
38
34
48.2 47.1
39
34
38.8 39.3
31
34
37-9 38.1
30
36
48.9 48.0
38
36 >
48.2 47.1
39
36
39-0 39-4
3i
36
38.6 38.8
31
38
48.7 47.9
38
38
48.7 47.4
38
38
39-2 39-8
32
38
40.0 40.3
33
40
48.8 48.0
38
40
48.7 47.6
38
40
39-2 39.9
32
40
40.1 40.6
33
42
48.7 47.8
38
42
48.2 47.3
39
42
38.7 39-1
31
42
39-7 40.1
32
44
48.5 47-7
38
44
48.9 47.9
38
-19.0
44
38.8 39.2
31
-18.3
44
39-1 39-9
32
46
48.9 47-9
38
46
49.2 47.9
37
46
39-1 39-9
32
46.2
39-2 39.9
32
-15-0
48
49.0 48.0
38
48
49.1 48.0
37
48
39-2 39-9
32
48.2 38.9 39.2
31
50
49.0 48.0
38 ,
50
49-0 47.9
38
50
38.8 39.2
31
50
38.3 38.9
30
52
48.9 48.1
38
52
49.0 47.9
38
52
39-0 39-2
31
52
38.3 39-3
31
54
48.9 48.3
37
54
48.9 47-9
38
54
38.8 39.2
31
54
38.3 39-3
31
56
49-0 48.7
37
56
49.0 48.0
37
56
39-1 39-3
31
56
38.2 39.3
31
58
49.0 48.8
37
58
49-0 47-7
38
58
39.9 40.1
33
58
38.5 39-3
31
17 oo
49.0 48.9
37
-19.8
19 oo
49.1 48.0
37
-19.2
13 oo
39-3 39-8
32
-17.8
15 00
38.3 39-2
31
-14-7
02
49-3 48.8
37
02
48.9 47.7
38
02
39-2 39-5
32
02
39-1 39-7
32
04
49-4 48.8
36
04
49.0 47.8
38
04
39.0 39.2
3i
04
39-1 39.8
32
06
49-6 49.0
36
06
49.2 48.1
37
06
39.8 40.0
32
06
39-0 39.6
32
08
49.4 48.9
36
08
49.0 48.0
37
08
39.8 40.2
33
08
39-1 39.9
32
IO
49-0 48.7
37
10
49.0 48.1
37
10
39.6 40.1
32
10
39-2 39-9
32
12
49 .0 48.3
37
12
49.2 48.0
37
12
39-7 40.2
32
12
38.1 38.9
30
14
49.1 48.2
37
-19.4
14
49.1 47.9
37
-19.4
14
39-3 39-9
32
-17-3
14
38.9 39-8
32
-14-7
16
49.4 48.1
37
16
48.3 47-6
38
16
38.9 39.8
32
16
40.0 40.9
33
18
49.8 48.6
36
18
48.9 48.0
38
18
39-1 39.8
32
18
39-2 40.1
32
20
50.2 49.1
36
20
49.0 47.9
38
20
39-1 40-0
32
20
38.1 38.8
30
22
50.9 49-4
35
22
48.9 47.6
38
22
39-1 39.8
32
22
38.8 39-3
31
24
50.8 49.5
35
2 4
48.8 47.9
38
24
38.9 39-4
31
24
39-1 39.9
32
26
50.7 49-4
35
26
48.7 47-7
38
26
39.8 40.2
32
26
38.8 39.3
31
28
50.5 49-5
35
28.5
48.1 47.6
39
28
40.2 40.8
33
28
38.9 39-3
31
30
50.5 49-7
35
-I9.I
30
48.6 47-7
38
-19.6
30
40.1 40.7
33
-17.0
30
39-0 39-5
31
-14.7
32
49.9 49.2
36
32
48.7 47.1
38
32
39-2 39-9
32
32
38.9 39-3
31
34
49.0 48.3
37
34
48.9 47-3
38
34
38.7 39-0
31
34
38.9 39 3
31
36
48.9 48.3
37
36
48.7 47-2
38
36
40.1 40.3
33
36
38.7 39.o
3i
38
49.0 48.5
37
38
49-0 47.9
38
38
40.0 40.2
33
38
38.3 38.9
30
40
48.8 48.1
38
40
48.6 47.7
38
40
39-2 39-9
32
40
38.3 38.9
30
42
48.8 47.9
38
42
48.8 48.0
38
42
39-1 39.7
32
42
38.8 39-1
31
44
48.9 48.2
37
-19.0
44
49.0 48.5
37
-19.8
44
39.6 40.1
32
-16.8
38.5 38.9
31
-14.8
46
49-4 48.1
37
46
49.0 48.8
37
46
39.1 40.0
32
46
38.3 38.9
30
48
49.6 48.1
37
48
49-7 49-2
36
48
39.2 40.1
32
48
38.9 39-3
31
50
49-1 47-7
38
50
50.3 49-1
36
50
39-2 40.1
32
50
38.3 40.6
32
52
49-1 47-9
37
52
50.7 48.6
36
52
39.3 40.2
32
52
38.9 40.6
32
54
48.9 47-6
38
54
49-9 47-7
37
54
39.2 40.2
32
54
39-1 40.7
32
56
48.7 47.1
38
56
49-8 47-7
37
56
39-3 40.2
32
56
38.8 40.2
32
58
48.2 46.7
39
58
48.9 47-8
38
58
39-1 39-9
32
58
39-3 40.4
32
20 oo
50.8 49.3
35
-19.7
16 oo
39-1 40.3
32
-14-7
Correction to local mean time is + 2is.
Torsion head at I5h 4om read 345 and at 2oh ism read the same.
Observer R. R. T.
Correction to local mean time is im o8s. 90 torsion = 24/8.
Torsion head at 7h 55m read 201 and at i6h 4om read 210.
Observer W. J. P.
11$
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplits Bay Continued
Wednesday, December 30, 1903 Magnet scale inverted
Wednesday, December 30, 1903 Magnet scale inverted
Scale
East
Scale i 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
t
h m
d d
/
h m
d d
/
h m
d d
/
O
00*
38.8 32.2
22 37
-18.8
2 OO
30.4 29.9
22 45
-17.4
4 oo
37-3 37-0
22 34
-17.0
6 oo
34-3 33-7
22 39
-16.5
02
36.7 35-3
36
02
33-2 32.3
41
02
37-8 37.5
34
02
32.2 32.0
42
04
37-1 35.3
36
04
3L9 31-3
43
04
39-3 39-0
04
33-5 33-3
40
06
37-2 35.2
36
06
32.3 32.0
42
06
40.5 40.1
29
06
33-1 33-1
41
08
Lost
08
32.3 32.0
42
08
41.3 40.9
28
08
31-8 31.8
43
IO
37-6 35-6
35
10
31-3 3I-I
44
10
42.3 42.1
26
10
30.0 30.0
46
12
37-8 35-8
35
12
33-8 33-5
40
12
42.0 41.8
27
12
30.6 30.3
45
14
37-4 35-6
36
-18.3
H
32.8 32.3
42
-17-3
14
41-3 40.7
28
-16.9
14
36.00
36
-16.4
16
35-9 34-1
38
16
32.7 32-3
42
16
38.8 38.2
32
16
40.00
30
18
36.6 35-1
37
18
33-6 33-1
40
18
37-2 36.8
35
18
39.4&
31
20
36.6 35-2
36
20
31.3 30-3
44
20
35-6 35-3
37
20
34 -56
39
22
35-6 34.1
38
22
28.3 28.0
48
22
34-6 34-2
39
22
30.36
45
24
34-9 33-7
39
24
30.9 30.5
44
2 4
34-1 33-8
39
24
30.2 30.1
45
26
35-3 33-7
39
26
30.9 30.5
44
26
32.5 32.5
42
26
37.20
34
28
35-3 33-5
39
28
29.1 28.8
47
28
31-6 3L3
43
28
37.6 37.4
34
30
34-1 32.3
-18.1
30
29.7 29.3
46
-17.3
30
31.7 31-5
43
-16.9
30
41.3 41.0
28 -16.3
32
33-3 31.3
42
32
31-0 30.8
44
32
31.8 31-6
43
32
39-4 34-6
35
34
33-7 30.4
43
34
35-0 34-4
38
34
31.0 30.8
44
34
37-4 37-2
34
36
31.1 29.0
46
36
35-6 35.3
37
36
29.6 29.1
47
36
37-6 37-4
34
38
30.3 27.3
48
38
35-4 34-2
38
38
29.3 29.1
47
38
35-6 35.6
37
40
30.6 29.3
46
40
30.0 29.0
46
40
29-3 29.1
47
40
40.9 40.6
29
42
32.6 31-3
43
I 42
27.0 26.7
Si
42
33-5 32.9
41
42 43.1 43.0
25
44
33-8 32.2
41
-17.9
44
29.4 29.0
47
-17.2
44
36.8 36.8
35
-16.8
44 25.46
53 -16.4
46
33-2 32.5
41
46
27.8 27.4
49
46
40.0 40.0
30
46
24.56
54
48
32.6 31.6
42
48
29.2 28.2
48
48
41-3 41-1
28
48
21.8 21. I
22 59
50
33-3 32.7
41
50
30.8 30.2
45
50
41-5 41-3
28
50
21. O 2O. 2
23 oo
52
35-3 34-3
38
52
29.3 28.3
47
52
42.0 41.9
27
52
23 . I 22 . 8
22 57
56
34-6 33-7
35-8 35-0
39
37
54
56
27.8 27.1
29-3 28.7
50
47
B
41-3 41-3
40.3 40.3
28
29
54
56
26.6 26.2
33-7 32.7
51
41
58
37-1 36.0
36
58
28.6 28.2
48
58
40-5 40.5
29
58
26.56
51
I 00
37-6 37-0
34
-17.8
3 oo
28.0 27.4
49
-17.2
5 oo
40.1 40.1
30
-16.7 7 oo
22. O 22. O
58 -16.3
02
38.3 37-3
33
02
27-5 27.1
50
02
41.3 41-0
28
02
28.00
49
04
38.7 38.3
32
04
24.4 24.0
55
04
41.6 41.4
27 04.5
34-6 34-3
39
06
38.4 37-8
33
06
25.3 24.8
53
06
42.36
26
06
22 38
08
39-3 38.7
32
08
26.1 25.8
52
08
40.36
29
08
15.00
23 09
IO
36.3 35-3
37
10
30.1 27.3
48
10
39-3^
31
IO
59-0 59-0
22 00
12
36.0 35-5
37
12
28.9 28.5
48
12
39-2 39-2
31
12*
35-3 27.5
21 II
14
38.0 37-4
34
-17.8
H
30.9 30-5
44
-17.2
14
36.3 35-9
36
-16.5 14*
25.6 25.6
23 45 -16.2
16
37-0 36.1
36
16
29.9 29.5
46
16
35-0 34-9
38 16
50.00
23 07
18
36.8 36.0
36
18
27.3 26.7
50
18
34-5 34-3
39 18*
47-3 37-9
22 21
20
35-5 35-3
37
20
24.8 24.8
54
20
34-9 34-7
38 20
22.3 14.7
58
22
35-7 34-7
38
22
23.0 23.0
57
22
33.76
4O 22 22.2 19.5
22 55
24
34-1 33-3
40
24
22.36
58
24
31.2 30.6
44 24*3 28.0 24.5
23 24
26
33-0 32.3
42
26
22.2 22.0
58
26
29.0 28.7
47 26.2 39.6 36.8
05
28
33-3 32.4
41
28
22.2 22. O
58
28
30.9 30.8
44
28
41.0 38.0
03
30
30.6 29.3
46
-17.7
30
23-3 23.3
56
-17.0
30
33-4 33-4
40 -16.4
30
38.8 34.0
08
32
30.0 28.8
47
32
26.7 26.0
Si
32
34-2 34-0
39
32
28.3 21.8
26
-16.0
34
30.5 28.8
46
34
30.3 30.1
45
35
34-0 33-6
40
34
38.3 29.8
12
36
32-3 30.4
44
36
33-9 33-1
40
36
34-5 34-3
39
36
37-7 28.3
14
38
33-3 32.0
41