Powerball | Results for Jun 28 | 4 35 43 52 62 (rollover!)
Lucky Clover
Statistics for Timemania
Statistics of real draws
Timemania statistics only consider draws carried out since May 7, 2022, when the rules/matrix changed (participating teams were changed).
Timemania (until the draw 2262 on Jul 1, 2025)

Occurrences on positions

Total occurrences of each number on each drawn position
Position 1
Number
Actual frequency
Expected frequency
1
197
2
177
3
173
4
166
5
150
6
144
7
120
8
109
9
95
10
89
11
98
12
86
13
74
14
60
15
74
16
48
17
36
18
32
19
47
20
31
21
39
22
23
23
18
24
18
25
26
26
23
27
13
28
11
29
9
30
9
31
10
32
10
33
14
34
4
35
2
36
4
37
4
38
2
39
2
40
5
41
1
42
1
43
0
44
2
45
0
46
1
47
1
48
3
49
0
50
0
51
0
52
0
53
0
54
1
55
0
56
0
57
0
58
0
59
0
60
0
61
0
62
0
63
0
64
0
65
0
66
0
67
0
68
0
69
0
70
0
71
0
72
0
73
0
74
0
75
0
76
0
77
0
78
0
79
0
80
0
No.
Actual
occurrences
Expected
occurrences
Last
draw
Shortest
interval
Longest
interval
Current
interval
Average
interval
1
197
197
2222
1
64
40
0.0871
2
177
182
2258
1
54
4
0.0782
3
173
168
2254
1
84
8
0.0765
4
166
155
2256
1
69
6
0.0734
5
150
143
2259
1
69
3
0.0663
6
144
131
2243
1
66
19
0.0637
7
120
121
2239
1
90
23
0.0531
8
109
111
2208
1
75
54
0.0482
9
95
101
2242
1
132
20
0.0420
10
89
93
2250
1
140
12
0.0393
11
98
85
2236
1
84
26
0.0433
12
86
77
2257
1
135
5
0.0380
13
74
71
2145
1
164
117
0.0327
14
60
64
2246
1
186
16
0.0265
15
74
58
2262
1
119
0
0.0327
16
48
53
2261
2
228
1
0.0212
17
36
48
2106
2
208
156
0.0159
18
32
43
2255
2
230
7
0.0141
19
47
39
2053
1
274
209
0.0208
20
31
35
2233
1
290
29
0.0137
21
39
32
2191
1
348
71
0.0172
22
23
28
2244
9
325
18
0.0102
23
18
25
2104
2
467
158
0.0080
24
18
23
1977
1
370
285
0.0080
25
26
20
2260
7
215
2
0.0115
26
23
18
2155
7
208
107
0.0102
27
13
16
2194
15
472
68
0.0057
28
11
14
2186
21
585
76
0.0049
29
9
12
2238
6
587
24
0.0040
30
9
11
2019
20
674
243
0.0040
31
10
9
2120
119
370
142
0.0044
32
10
8
2204
43
438
58
0.0044
33
14
7
2088
21
504
174
0.0062
34
4
6
1808
7
1113
454
0.0018
35
2
5
2083
978
1105
179
0.0009
36
4
5
1860
110
1092
402
0.0018
37
4
4
1410
45
594
852
0.0018
38
2
3
1009
402
607
1253
0.0009
39
2
3
2190
586
1604
72
0.0009
40
5
2
2022
64
1137
240
0.0022
41
1
2
1895
1895
1895
367
0.0004
42
1
1
623
623
623
1639
0.0004
43
0
1
2262
0.0000
44
2
1
1089
90
999
1173
0.0009
45
0
1
2262
0.0000
46
1
0
1406
1406
1406
856
0.0004
47
1
0
161
161
161
2101
0.0004
48
3
0
519
8
397
1743
0.0013
49
0
0
2262
0.0000
50
0
0
2262
0.0000
51
0
0
2262
0.0000
52
0
0
2262
0.0000
53
0
0
2262
0.0000
54
1
0
1878
1878
1878
384
0.0004
55
0
0
2262
0.0000
56
0
0
2262
0.0000
57
0
0
2262
0.0000
58
0
0
2262
0.0000
59
0
0
2262
0.0000
60
0
0
2262
0.0000
61
0
0
2262
0.0000
62
0
0
2262
0.0000
63
0
0
2262
0.0000
64
0
0
2262
0.0000
65
0
0
2262
0.0000
66
0
0
2262
0.0000
67
0
0
2262
0.0000
68
0
0
2262
0.0000
69
0
0
2262
0.0000
70
0
0
2262
0.0000
71
0
0
2262
0.0000
72
0
0
2262
0.0000
73
0
0
2262
0.0000
74
0
0
2262
0.0000
75
0
0
2262
0.0000
76
0
0
2262
0.0000
77
0
0
2262
0.0000
78
0
0
2262
0.0000
79
0
0
2262
0.0000
80
0
0
2262
0.0000
  • The table shows data on the amount of draws with numbers in each position, considering all drawins of timemania (with the current matrix).
  • Actual occurrences are the real total occurrences of numbers on the referred position.
  • Expected occurrences are the expected occurrences for each number on the referred position, according to mathematical probability.
  • Last draw is the most recent draw in which the number was drawn on the referred position.
  • Shortest interval is the shortest gap between draws in which the number was drawn in the referred position.
  • Longest interval is the longest gap between draws in which the number was drawn in the referred position.
  • Current interval is the current interval since the last draw in which the number was drawn in the referred position.
  • Average interval is the general average of intervals between draws in which the number was drawn in the referred position (until the last draw in which the number was drawn in the referred position).
  • The actual and expected occurrences tend to get closer to each other the largest the sample.