Mega Millions | Results for May 10 | 13 22 26 32 65 (rollover!)
Lucky Clover
Statistics for Super Sete
Statistics of real draws
In Super Sete statistics, the numbers are represented as follows: the first number (ten) represents the column and the second number (unit) represents the line/number. Example: 15 corresponds to column 1, number 5.
Super Sete (until the draw 544 on May 15, 2024)

Frequency by day

Total occurrences of each number in each day of the month
Day 5
Number
Actual frequency
Expected frequency
39
6
62
5
60
4
52
4
16
4
71
4
49
4
17
3
28
3
79
3
51
3
47
3
41
3
33
3
67
3
53
3
31
3
23
2
73
2
22
2
24
2
27
2
19
2
43
2
34
2
25
2
75
2
18
2
78
2
48
2
20
2
45
2
56
2
15
2
21
2
58
2
70
2
12
2
54
2
38
2
13
2
36
2
68
2
61
2
69
1
37
1
40
1
50
1
72
1
76
1
42
1
57
1
46
1
74
1
10
1
26
1
65
1
77
1
11
1
29
1
55
1
66
1
14
0
30
0
32
0
35
0
44
0
59
0
63
0
64
0
No.
Actual
occurrences
Expected
occurrences
Last
draw
Shortest
interval
Longest
interval
Current
interval
Average
interval
39
6
1.9
491
1
4
2
3.17
62
5
1.9
292
1
4
9
3.80
60
4
1.9
528
1
6
0
4.75
52
4
1.9
415
3
5
3
4.75
16
4
1.9
528
2
7
0
4.75
71
4
1.9
402
1
10
4
4.75
49
4
1.9
402
1
7
4
4.75
17
3
1.9
402
1
8
4
6.33
28
3
1.9
292
3
6
9
6.33
79
3
1.9
379
1
6
6
6.33
51
3
1.9
279
2
4
10
6.33
47
3
1.9
491
2
10
2
6.33
41
3
1.9
504
1
9
1
6.33
33
3
1.9
528
1
12
0
6.33
67
3
1.9
491
1
15
2
6.33
53
3
1.9
491
2
11
2
6.33
31
3
1.9
328
4
7
7
6.33
23
2
1.9
504
2
15
1
9.50
73
2
1.9
415
6
9
3
9.50
22
2
1.9
402
6
8
4
9.50
24
2
1.9
379
5
7
6
9.50
27
2
1.9
491
6
10
2
9.50
19
2
1.9
415
4
11
3
9.50
43
2
1.9
379
5
7
6
9.50
34
2
1.9
415
1
14
3
9.50
25
2
1.9
528
5
13
0
9.50
75
2
1.9
504
4
13
1
9.50
18
2
1.9
504
17
17
1
9.50
78
2
1.9
113
2
3
13
9.50
48
2
1.9
279
4
4
10
9.50
20
2
1.9
389
4
9
5
9.50
45
2
1.9
328
11
11
7
9.50
56
2
1.9
191
7
7
11
9.50
15
2
1.9
279
1
7
10
9.50
21
2
1.9
328
1
10
7
9.50
58
2
1.9
528
1
17
0
9.50
70
2
1.9
279
1
7
10
9.50
12
2
1.9
491
2
14
2
9.50
54
2
1.9
504
5
12
1
9.50
38
2
1.9
113
2
3
13
9.50
13
2
1.9
304
3
7
8
9.50
36
2
1.9
279
3
5
10
9.50
68
2
1.9
328
3
8
7
9.50
61
2
1.9
402
2
12
4
9.50
69
1
1.9
504
17
17
1
19.00
37
1
1.9
504
17
17
1
19.00
40
1
1.9
415
15
15
3
19.00
50
1
1.9
402
14
14
4
19.00
72
1
1.9
528
18
18
0
19.00
76
1
1.9
491
16
16
2
19.00
42
1
1.9
528
18
18
0
19.00
57
1
1.9
113
5
5
13
19.00
46
1
1.9
389
13
13
5
19.00
74
1
1.9
63
2
2
16
19.00
10
1
1.9
379
12
12
6
19.00
26
1
1.9
63
2
2
16
19.00
65
1
1.9
63
2
2
16
19.00
77
1
1.9
2
0
0
18
19.00
11
1
1.9
87
4
4
14
19.00
29
1
1.9
166
6
6
12
19.00
55
1
1.9
292
9
9
9
19.00
66
1
1.9
304
10
10
8
19.00
14
0
1.9
18
0.00
30
0
1.9
18
0.00
32
0
1.9
18
0.00
35
0
1.9
18
0.00
44
0
1.9
18
0.00
59
0
1.9
18
0.00
63
0
1.9
18
0.00
64
0
1.9
18
0.00
  • The table shows data on the quantity of draws in which the number was drawn on the chosen day (on all months and years), considering all the draws of super sete (with the current matrix).
  • Actual occurrences are the total actual occurrences of the numbers in draws that happened on the chosen day (on all months and years).
  • Expected occurrences are the expected occurrences of the numbers in draws that happened on the chosen day (on all months and years), according to mathematical probability.
  • Last draw is the most recent draw in which the number was drawn on the chosen day (on all months and years).
  • Shortest interval is the shortest gap between draws that happened on the chosen day (on all months and years) in which the number was drawn.
  • Longest interval is the longest gap between draws that happened on the chosen day (on all months and years) in which the number was drawn.
  • Current interval is the current gap since the last draw that happened on the chosen day (on all months and years) in which the number was drawn (considering only draws that happened on the chosen day).
  • Average interval is the general average of intervals between draws that happened on the chosen day (on all months and years) in which the number was drawn (until the last draw that happened on the chosen day in which the number was drawn).
  • The actual and expected occurrences tend to get closer to each other the largest the sample.