Distribution in quadrants

Distribution of drawn numbers in each quadrant

Choose the quadrant

56-60, 66-70, 76-80, 86-90, 96-00

Quantity drawn in the quadrant

Actual frequency

Expected frequency

160

375

614

631

512

298

134

Quantity drawn in the quadrant	Actual occurrences	Expected occurrences	Last draw	Shortest interval	Longest interval	Current interval	Average interval
0	3	4	2542	330	1747	282	847.33
1	39	37	2684	1	404	140	68.82
2	160	151	2816	1	83	8	17.60
3	375	359	2812	1	41	12	7.50
4	614	569	2824	1	26	0	4.60
5	631	638	2820	1	26	4	4.47
6	512	523	2819	1	36	5	5.51
7	298	320	2823	1	64	1	9.47
8	134	148	2788	1	115	36	20.81
9	44	52	2813	2	269	11	63.93
10	7	14	2621	18	902	203	374.43
11	7	2	2767	100	773	57	395.29
12	0	0				2824	0.00
13	0	0				2824	0.00
14	0	0				2824	0.00
15	0	0				2824	0.00
16	0	0				2824	0.00
17	0	0				2824	0.00
18	0	0				2824	0.00
19	0	0				2824	0.00
20	0	0				2824	0.00

The table shows data on the quantity of drawn numbers in each quadrant, considering all draws of lotomania (with the current matrix).
Actual occurrences are the real total occurrences of a quantity of numbers in the referred quadrant.
Expected occurrences are the expected occurrences of each quantity of numbers in the referred quadrant, according to mathematical probability.
Last draw is the most recent draw in which that quantity of numbers was drawn in the referred quadrant.
Shortest interval is the shortest gap between draws in which that quantity of numbers was drawn in the referred quadrant.
Longest interval is the longest gap between draws in which that quantity of numbers was drawn in the referred quadrant.
Current interval is the current interval since the last draw in which that quantity of numbers was drawn in the referred quadrant.
Average interval is the general average of intervals between draws in which that quantity of numbers was drawn in the referred quadrant (until the last draw in which that quantity of numbers was drawn in the referred quadrant).
The actual and expected occurrences tend to get closer to each other the largest the sample.