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study description | list of variables | data access
Details for variable Rusni1900
Name: Rusni1900
Variable label:
Rusíni 1900 %
| Label | Value | | Frequency* | %* | |
0
|  |
573
| 26.45 | |
0,0
| |
53
| 2.45 | |
0,1
| |
83
| 3.83 | |
0,2
| |
50
| 2.31 | |
0,3
| |
36
| 1.66 | |
0,4
| |
29
| 1.34 | |
0,5
| |
16
| 0.74 | |
0,6
| |
18
| 0.83 | |
0,7
| |
14
| 0.65 | |
0,8
| |
13
| 0.6 | |
0,9
| |
22
| 1.02 | |
1
| |
162
| 7.48 | |
1,0
| |
14
| 0.65 | |
1,1
| |
14
| 0.65 | |
1,2
| |
9
| 0.42 | |
1,3
| |
8
| 0.37 | |
1,4
| |
9
| 0.42 | |
1,5
| |
7
| 0.32 | |
1,6
| |
3
| 0.14 | |
1,7
| |
9
| 0.42 | |
1,8
| |
7
| 0.32 | |
1,9
| |
8
| 0.37 | |
10
| |
24
| 1.11 | |
10,3
| |
2
| 0.09 | |
10,4
| |
1
| 0.05 | |
10,8
| |
1
| 0.05 | |
100
| |
1
| 0.05 | |
101
| |
1
| 0.05 | |
102
| |
1
| 0.05 | |
105
| |
1
| 0.05 | |
107
| |
1
| 0.05 | |
108
| |
2
| 0.09 | |
109
| |
2
| 0.09 | |
11
| |
18
| 0.83 | |
11,2
| |
1
| 0.05 | |
11,7
| |
1
| 0.05 | |
11,9
| |
1
| 0.05 | |
111
| |
1
| 0.05 | |
112
| |
1
| 0.05 | |
114
| |
1
| 0.05 | |
117
| |
1
| 0.05 | |
12
| |
12
| 0.55 | |
12,0
| |
1
| 0.05 | |
12,4
| |
1
| 0.05 | |
12,7
| |
1
| 0.05 | |
13
| |
10
| 0.46 | |
13,0
| |
1
| 0.05 | |
13,1
| |
1
| 0.05 | |
13,4
| |
1
| 0.05 | |
13,6
| |
1
| 0.05 | |
13,9
| |
1
| 0.05 | |
131
| |
1
| 0.05 | |
139
| |
2
| 0.09 | |
14
| |
13
| 0.6 | |
14,0
| |
1
| 0.05 | |
14,3
| |
2
| 0.09 | |
14,4
| |
1
| 0.05 | |
14,8
| |
2
| 0.09 | |
142
| |
1
| 0.05 | |
1422
| |
1
| 0.05 | |
144
| |
1
| 0.05 | |
149
| |
1
| 0.05 | |
15
| |
15
| 0.69 | |
15,9
| |
1
| 0.05 | |
153
| |
1
| 0.05 | |
154
| |
1
| 0.05 | |
155
| |
1
| 0.05 | |
16
| |
14
| 0.65 | |
16,0
| |
1
| 0.05 | |
16,3
| |
1
| 0.05 | |
16,8
| |
1
| 0.05 | |
160
| |
1
| 0.05 | |
162
| |
1
| 0.05 | |
164
| |
1
| 0.05 | |
166
| |
1
| 0.05 | |
17
| |
17
| 0.78 | |
17,7
| |
1
| 0.05 | |
17,8
| |
1
| 0.05 | |
17,9
| |
2
| 0.09 | |
172
| |
1
| 0.05 | |
174
| |
1
| 0.05 | |
17 697
| |
1
| 0.05 | |
18
| |
13
| 0.6 | |
18,1
| |
1
| 0.05 | |
18,6
| |
1
| 0.05 | |
181
| |
1
| 0.05 | |
19
| |
5
| 0.23 | |
195
| |
1
| 0.05 | |
198
| |
1
| 0.05 | |
199
| |
1
| 0.05 | |
2
| |
63
| 2.91 | |
2,0
| |
11
| 0.51 | |
2,1
| |
8
| 0.37 | |
2,2
| |
9
| 0.42 | |
2,3
| |
9
| 0.42 | |
2,4
| |
9
| 0.42 | |
2,5
| |
3
| 0.14 | |
2,6
| |
7
| 0.32 | |
2,7
| |
5
| 0.23 | |
2,8
| |
3
| 0.14 | |
2,9
| |
7
| 0.32 | |
20
| |
11
| 0.51 | |
201
| |
1
| 0.05 | |
21
| |
11
| 0.51 | |
211
| |
1
| 0.05 | |
219
| |
1
| 0.05 | |
22
| |
10
| 0.46 | |
22,2
| |
2
| 0.09 | |
22,5
| |
1
| 0.05 | |
23
| |
9
| 0.42 | |
23,4
| |
1
| 0.05 | |
233
| |
1
| 0.05 | |
24
| |
6
| 0.28 | |
24,6
| |
1
| 0.05 | |
243
| |
1
| 0.05 | |
249
| |
1
| 0.05 | |
25
| |
2
| 0.09 | |
25,5
| |
1
| 0.05 | |
26
| |
8
| 0.37 | |
265
| |
1
| 0.05 | |
27
| |
6
| 0.28 | |
27,7
| |
1
| 0.05 | |
275
| |
1
| 0.05 | |
28
| |
6
| 0.28 | |
28,1
| |
1
| 0.05 | |
29
| |
5
| 0.23 | |
29,2
| |
1
| 0.05 | |
3
| |
50
| 2.31 | |
3,0
| |
8
| 0.37 | |
3,1
| |
6
| 0.28 | |
3,2
| |
5
| 0.23 | |
3,3
| |
11
| 0.51 | |
3,4
| |
11
| 0.51 | |
3,5
| |
6
| 0.28 | |
3,6
| |
7
| 0.32 | |
3,7
| |
5
| 0.23 | |
3,8
| |
4
| 0.18 | |
3,9
| |
3
| 0.14 | |
30
| |
1
| 0.05 | |
31
| |
2
| 0.09 | |
313
| |
1
| 0.05 | |
316
| |
1
| 0.05 | |
32
| |
3
| 0.14 | |
32,2
| |
1
| 0.05 | |
32,4
| |
1
| 0.05 | |
32,7
| |
1
| 0.05 | |
33
| |
4
| 0.18 | |
33,4
| |
1
| 0.05 | |
33,9
| |
1
| 0.05 | |
35
| |
4
| 0.18 | |
354
| |
1
| 0.05 | |
36
| |
5
| 0.23 | |
37
| |
2
| 0.09 | |
38
| |
3
| 0.14 | |
38,1
| |
2
| 0.09 | |
38,6
| |
1
| 0.05 | |
39
| |
4
| 0.18 | |
399
| |
1
| 0.05 | |
4
| |
43
| 1.99 | |
4,0
| |
7
| 0.32 | |
4,1
| |
10
| 0.46 | |
4,2
| |
4
| 0.18 | |
4,3
| |
8
| 0.37 | |
4,4
| |
4
| 0.18 | |
4,5
| |
6
| 0.28 | |
4,6
| |
4
| 0.18 | |
4,7
| |
2
| 0.09 | |
4,8
| |
4
| 0.18 | |
4,9
| |
4
| 0.18 | |
40
| |
3
| 0.14 | |
41
| |
2
| 0.09 | |
41,9
| |
1
| 0.05 | |
42
| |
3
| 0.14 | |
42,3
| |
1
| 0.05 | |
43,4
| |
1
| 0.05 | |
43,5
| |
1
| 0.05 | |
45
| |
1
| 0.05 | |
45,7
| |
1
| 0.05 | |
46
| |
4
| 0.18 | |
47
| |
1
| 0.05 | |
470
| |
1
| 0.05 | |
48
| |
6
| 0.28 | |
48,5
| |
1
| 0.05 | |
49
| |
3
| 0.14 | |
5
| |
39
| 1.8 | |
5,0
| |
5
| 0.23 | |
5,2
| |
1
| 0.05 | |
5,3
| |
5
| 0.23 | |
5,4
| |
4
| 0.18 | |
5,5
| |
3
| 0.14 | |
5,6
| |
5
| 0.23 | |
5,7
| |
5
| 0.23 | |
5,8
| |
3
| 0.14 | |
5,9
| |
3
| 0.14 | |
50
| |
2
| 0.09 | |
50,0
| |
2
| 0.09 | |
503
| |
1
| 0.05 | |
504
| |
1
| 0.05 | |
51
| |
1
| 0.05 | |
516
| |
1
| 0.05 | |
52
| |
4
| 0.18 | |
53
| |
1
| 0.05 | |
54
| |
1
| 0.05 | |
55
| |
2
| 0.09 | |
56
| |
1
| 0.05 | |
568
| |
1
| 0.05 | |
569
| |
1
| 0.05 | |
57
| |
3
| 0.14 | |
57,5
| |
1
| 0.05 | |
58
| |
1
| 0.05 | |
59
| |
3
| 0.14 | |
6
| |
26
| 1.2 | |
6,0
| |
3
| 0.14 | |
6,1
| |
1
| 0.05 | |
6,2
| |
3
| 0.14 | |
6,3
| |
1
| 0.05 | |
6,4
| |
1
| 0.05 | |
6,5
| |
3
| 0.14 | |
6,6
| |
1
| 0.05 | |
6,7
| |
1
| 0.05 | |
6,8
| |
4
| 0.18 | |
6,9
| |
4
| 0.18 | |
60
| |
1
| 0.05 | |
61
| |
1
| 0.05 | |
61,8
| |
1
| 0.05 | |
62
| |
1
| 0.05 | |
62,0
| |
1
| 0.05 | |
63
| |
1
| 0.05 | |
631
| |
1
| 0.05 | |
64
| |
1
| 0.05 | |
64,4
| |
1
| 0.05 | |
65
| |
1
| 0.05 | |
67
| |
2
| 0.09 | |
678
| |
1
| 0.05 | |
68
| |
1
| 0.05 | |
69
| |
1
| 0.05 | |
7
| |
26
| 1.2 | |
7,0
| |
2
| 0.09 | |
7,1
| |
1
| 0.05 | |
7,2
| |
1
| 0.05 | |
7,3
| |
1
| 0.05 | |
7,5
| |
3
| 0.14 | |
7,6
| |
2
| 0.09 | |
7,8
| |
1
| 0.05 | |
7,9
| |
1
| 0.05 | |
70
| |
1
| 0.05 | |
70,0
| |
1
| 0.05 | |
70,9
| |
1
| 0.05 | |
71
| |
1
| 0.05 | |
74
| |
1
| 0.05 | |
77
| |
2
| 0.09 | |
79
| |
2
| 0.09 | |
8
| |
28
| 1.29 | |
8,0
| |
2
| 0.09 | |
8,1
| |
2
| 0.09 | |
8,2
| |
1
| 0.05 | |
8,3
| |
1
| 0.05 | |
8,7
| |
1
| 0.05 | |
8,8
| |
4
| 0.18 | |
80
| |
1
| 0.05 | |
81
| |
1
| 0.05 | |
84
| |
2
| 0.09 | |
86
| |
1
| 0.05 | |
88
| |
1
| 0.05 | |
89
| |
1
| 0.05 | |
9
| |
27
| 1.25 | |
9,0
| |
1
| 0.05 | |
9,3
| |
1
| 0.05 | |
9,4
| |
1
| 0.05 | |
9,5
| |
1
| 0.05 | |
9,7
| |
1
| 0.05 | |
9,9
| |
1
| 0.05 | |
92
| |
1
| 0.05 | |
94
| |
3
| 0.14 | |
98
| |
1
| 0.05 | |
99
| |
2
| 0.09 |
Summary statistics
Total Responses:
Valid:
2166
Min. / max. value:
0
/
Mean / standard deviation: /
*Caution: Frequencies and percentages are calculated from unweighted data. If data were not collected using quota sampling, there could be significant differences between those unweighted values and the representative weighted figures.
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