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 2328 on
Dec 6, 2025)
Distribution of even and odd numbers
Occurrences of even and odd numbers in draws
Quantity of odd numbers
Quantity of
odd numbers drawn
Actual frequency
Expected frequency
0
1
2
3
4
5
6
7
|
Quantity
of
odd numbers drawn
|
Actual
occurrences
|
Expected
occurrences
|
Last
draw
|
Shortest
interval
|
Largest
interval
|
Current
interval
|
Average
interval
|
|
0
|
13
|
13
|
2314
|
1
|
720
|
14
|
178.00
|
|
1
|
107
|
112
|
2307
|
1
|
153
|
21
|
21.56
|
|
2
|
362
|
376
|
2317
|
1
|
34
|
11
|
6.40
|
|
3
|
687
|
661
|
2326
|
1
|
19
|
2
|
3.39
|
|
4
|
640
|
661
|
2327
|
1
|
22
|
1
|
3.64
|
|
5
|
387
|
376
|
2309
|
1
|
34
|
19
|
5.97
|
|
6
|
118
|
112
|
2321
|
1
|
89
|
7
|
19.67
|
|
7
|
14
|
13
|
2328
|
6
|
662
|
0
|
166.29
|
- The table shows data on the distribution of even and odd numbers on draws, considering all draws of timemania (with the current matrix).
- Actual occurrences are the real total occurrences of a determined quantity of even/odd numbers on draws.
- Expected occurrences are the expected occurrences of a determined quantity of even/odd numbers on draws, according to mathematical probability.
- Last draw is the most recent draw in which occurred a determined quantity of even/odd numbers.
- Shortest interval is the shortest gap between draws in which occurred a determined quantity of even/odd numbers.
- Longest interval is the longest gap between draws in which occurred a determined quantity of even/odd numbers.
- Current interval is the current interval since the last draw in which occurred a determined quantity of even/odd numbers.
- Average interval is the general average of intervals between draws in which occurred a determined quantity of even/odd numbers (until the last draw in which occurred a determined quantity of even/odd numbers).
- The actual and expected occurrences tend to get closer to each other the largest the sample.
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