Mega Millions | Results for Apr 14 | 17 21 24 57 69 (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 2381 on Apr 16, 2026)

Occurrences on positions

Total occurrences of each number on each drawn position
Position 7
Number
Actual frequency
Expected frequency
1
0
2
0
3
0
4
0
5
0
6
0
7
0
8
0
9
0
10
0
11
0
12
0
13
0
14
0
15
0
16
0
17
0
18
0
19
0
20
0
21
0
22
1
23
0
24
2
25
0
26
0
27
0
28
0
29
0
30
0
31
1
32
0
33
0
34
0
35
0
36
3
37
0
38
0
39
2
40
4
41
2
42
4
43
4
44
8
45
4
46
5
47
10
48
7
49
6
50
14
51
12
52
9
53
18
54
20
55
26
56
20
57
16
58
26
59
23
60
37
61
50
62
40
63
47
64
48
65
56
66
55
67
64
68
60
69
80
70
108
71
105
72
115
73
117
74
130
75
142
76
130
77
156
78
170
79
202
80
222
No.
Actual
occurrences
Expected
occurrences
Last
draw
Shortest
interval
Longest
interval
Current
interval
Average
interval
1
0
0
2381
0.0000
2
0
0
2381
0.0000
3
0
0
2381
0.0000
4
0
0
2381
0.0000
5
0
0
2381
0.0000
6
0
0
2381
0.0000
7
0
0
2381
0.0000
8
0
0
2381
0.0000
9
0
0
2381
0.0000
10
0
0
2381
0.0000
11
0
0
2381
0.0000
12
0
0
2381
0.0000
13
0
0
2381
0.0000
14
0
0
2381
0.0000
15
0
0
2381
0.0000
16
0
0
2381
0.0000
17
0
0
2381
0.0000
18
0
0
2381
0.0000
19
0
0
2381
0.0000
20
0
0
2381
0.0000
21
0
0
2381
0.0000
22
1
0
2131
2131
2131
250
0.0004
23
0
0
2381
0.0000
24
2
0
1591
436
1155
790
0.0008
25
0
0
2381
0.0000
26
0
0
2381
0.0000
27
0
0
2381
0.0000
28
0
0
2381
0.0000
29
0
0
2381
0.0000
30
0
0
2381
0.0000
31
1
0
1655
1655
1655
726
0.0004
32
0
0
2381
0.0000
33
0
0
2381
0.0000
34
0
0
2381
0.0000
35
0
1
2381
0.0000
36
3
1
2378
126
1179
3
0.0013
37
0
1
2381
0.0000
38
0
1
2381
0.0000
39
2
2
1611
724
887
770
0.0008
40
4
2
1558
13
899
823
0.0017
41
2
2
1547
409
1138
834
0.0008
42
4
3
1781
102
1382
600
0.0017
43
4
3
2032
122
1142
349
0.0017
44
8
4
1667
42
520
714
0.0034
45
4
5
1939
8
1694
442
0.0017
46
5
6
1990
149
735
391
0.0021
47
10
7
1831
7
543
550
0.0042
48
7
8
2226
24
1620
155
0.0029
49
6
9
1905
17
756
476
0.0025
50
14
10
2365
14
426
16
0.0059
51
12
11
1702
17
415
679
0.0050
52
9
13
2334
13
800
47
0.0038
53
18
15
2278
12
332
103
0.0076
54
20
17
2170
1
238
211
0.0084
55
26
19
2372
8
544
9
0.0109
56
20
21
2357
15
322
24
0.0084
57
16
24
2339
7
685
42
0.0067
58
26
27
2272
1
412
109
0.0109
59
23
30
2288
3
494
93
0.0097
60
37
33
2318
3
322
63
0.0155
61
50
37
2297
1
202
84
0.0210
62
40
41
2212
1
193
169
0.0168
63
47
46
2287
1
292
94
0.0197
64
48
50
2344
2
196
37
0.0202
65
56
56
2352
1
210
29
0.0235
66
55
61
2320
1
169
61
0.0231
67
64
68
2377
1
232
4
0.0269
68
60
74
2381
1
249
0
0.0252
69
80
82
2330
1
113
51
0.0336
70
108
89
2337
1
135
44
0.0454
71
105
98
2367
1
108
14
0.0441
72
115
107
2347
1
117
34
0.0483
73
117
117
2369
1
81
12
0.0491
74
130
127
2375
1
72
6
0.0546
75
142
138
2335
1
86
46
0.0596
76
130
150
2376
1
77
5
0.0546
77
156
163
2371
1
77
10
0.0655
78
170
177
2379
1
85
2
0.0714
79
202
192
2380
1
80
1
0.0848
80
222
208
2333
1
61
48
0.0932
  • 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.