An acquaintance of a friend of mine said that the longer the Lotto goes on the better the chances you have of winning. When I asked him what he meant this is the explanation he gave me. He said that certain numbers over many hundreds of draws will show a higher percentage of being drawn than others, so that if he followed the total times each ball was drawn and just did the numbers that were lagging behind because they would need to catch up to the others he would win.
My response was to first ask him if he thought that the Lotto was fixed (that bits for all you conspiracy theorists out there), to which he replied no. I then asked him if the balls were really drawn randomly, to which he answered yes.
I then tried to explain to him that the balls have no memory and that each of the combinations in a Lotto has just as much chance as any other of being drawn.
His reply was that he couldn't prove his theory at the present time but as the years go on it will become apparent.
I asked him if there was a way that I could prove that he was wrong ( already having an idea in my mind ), to which he answered, well we don't have a Lotto history anywhere in the world with say a million draws to compare it to.
I asked him if he agreed that the Lotto was not fixed and that the balls drawn are indeed random, to which he replied yes.
I asked him that if I was to write a random Lotto generator to produce say a few million draws would he accept the results. He was quite happy for me to do this and said that he would accept whatever the results turned out to be and looked forward to getting an appology from me.
Well, I did just that, I ran 96,153.85 years worth of draws at two draws a week, this equates to 10,000,000 draws in total.
For anybody who is interested here are the results for numbers 01-49 and the total times each of them were drawn along with their percentage.
01 = 1,223,521 times = 2.0392 %
02 = 1,224,769 times = 2.0413 %
03 = 1,224,496 times = 2.0408 %
04 = 1,223,955 times = 2.0399 %
05 = 1,224,583 times = 2.0410 %
06 = 1,224,050 times = 2.0401 %
07 = 1,223,442 times = 2.0391 %
08 = 1,224,451 times = 2.0408 %
09 = 1,223,016 times = 2.0384 %
10 = 1,225,382 times = 2.0423 %
11 = 1,225,327 times = 2.0422 %
12 = 1,223,556 times = 2.0393 %
13 = 1,224,099 times = 2.0402 %
14 = 1,224,772 times = 2.0413 %
15 = 1,223,114 times = 2.0385 %
16 = 1,224,069 times = 2.0401 %
17 = 1,223,320 times = 2.0389 %
18 = 1,224,877 times = 2.0415 %
19 = 1,224,938 times = 2.0416 %
20 = 1,226,040 times = 2.0434 %
21 = 1,224,753 times = 2.0413 %
22 = 1,224,595 times = 2.0410 %
23 = 1,225,402 times = 2.0423 %
24 = 1,223,189 times = 2.0386 %
25 = 1,224,209 times = 2.0403 %
26 = 1,224,539 times = 2.0409 %
27 = 1,224,241 times = 2.0404 %
28 = 1,225,445 times = 2.0424 %
29 = 1,224,122 times = 2.0402 %
30 = 1,225,606 times = 2.0427 %
31 = 1,225,265 times = 2.0421 %
32 = 1,224,187 times = 2.0403 %
33 = 1,225,957 times = 2.0433 %
34 = 1,224,666 times = 2.0411 %
35 = 1,224,318 times = 2.0405 %
36 = 1,223,865 times = 2.0398 %
37 = 1,225,707 times = 2.0428 %
38 = 1,224,472 times = 2.0408 %
39 = 1,223,366 times = 2.0389 %
40 = 1,224,523 times = 2.0409 %
41 = 1,225,011 times = 2.0417 %
42 = 1,224,795 times = 2.0413 %
43 = 1,224,297 times = 2.0405 %
44 = 1,224,376 times = 2.0406 %
45 = 1,224,275 times = 2.0405 %
46 = 1,225,230 times = 2.0421 %
47 = 1,225,094 times = 2.0418 %
48 = 1,223,654 times = 2.0394 %
49 = 1,225,064 times = 2.0418 %
Total = 10,000,000 draws = 100.0000 %
I won't be seeing him for a while
.
I love it when a plan comes together.
Regards,
PAB
-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-
12:45, restate my assumptions.
(1) Mathematics is the language of nature.
(2) Everything around us can be represented and understood through numbers.
(3) If you graph the numbers of any system, patterns emerge. Therefore, there are patterns, everywhere in nature.
My response was to first ask him if he thought that the Lotto was fixed (that bits for all you conspiracy theorists out there), to which he replied no. I then asked him if the balls were really drawn randomly, to which he answered yes.
I then tried to explain to him that the balls have no memory and that each of the combinations in a Lotto has just as much chance as any other of being drawn.
His reply was that he couldn't prove his theory at the present time but as the years go on it will become apparent.
I asked him if there was a way that I could prove that he was wrong ( already having an idea in my mind ), to which he answered, well we don't have a Lotto history anywhere in the world with say a million draws to compare it to.
I asked him if he agreed that the Lotto was not fixed and that the balls drawn are indeed random, to which he replied yes.
I asked him that if I was to write a random Lotto generator to produce say a few million draws would he accept the results. He was quite happy for me to do this and said that he would accept whatever the results turned out to be and looked forward to getting an appology from me.
Well, I did just that, I ran 96,153.85 years worth of draws at two draws a week, this equates to 10,000,000 draws in total.
For anybody who is interested here are the results for numbers 01-49 and the total times each of them were drawn along with their percentage.
01 = 1,223,521 times = 2.0392 %
02 = 1,224,769 times = 2.0413 %
03 = 1,224,496 times = 2.0408 %
04 = 1,223,955 times = 2.0399 %
05 = 1,224,583 times = 2.0410 %
06 = 1,224,050 times = 2.0401 %
07 = 1,223,442 times = 2.0391 %
08 = 1,224,451 times = 2.0408 %
09 = 1,223,016 times = 2.0384 %
10 = 1,225,382 times = 2.0423 %
11 = 1,225,327 times = 2.0422 %
12 = 1,223,556 times = 2.0393 %
13 = 1,224,099 times = 2.0402 %
14 = 1,224,772 times = 2.0413 %
15 = 1,223,114 times = 2.0385 %
16 = 1,224,069 times = 2.0401 %
17 = 1,223,320 times = 2.0389 %
18 = 1,224,877 times = 2.0415 %
19 = 1,224,938 times = 2.0416 %
20 = 1,226,040 times = 2.0434 %
21 = 1,224,753 times = 2.0413 %
22 = 1,224,595 times = 2.0410 %
23 = 1,225,402 times = 2.0423 %
24 = 1,223,189 times = 2.0386 %
25 = 1,224,209 times = 2.0403 %
26 = 1,224,539 times = 2.0409 %
27 = 1,224,241 times = 2.0404 %
28 = 1,225,445 times = 2.0424 %
29 = 1,224,122 times = 2.0402 %
30 = 1,225,606 times = 2.0427 %
31 = 1,225,265 times = 2.0421 %
32 = 1,224,187 times = 2.0403 %
33 = 1,225,957 times = 2.0433 %
34 = 1,224,666 times = 2.0411 %
35 = 1,224,318 times = 2.0405 %
36 = 1,223,865 times = 2.0398 %
37 = 1,225,707 times = 2.0428 %
38 = 1,224,472 times = 2.0408 %
39 = 1,223,366 times = 2.0389 %
40 = 1,224,523 times = 2.0409 %
41 = 1,225,011 times = 2.0417 %
42 = 1,224,795 times = 2.0413 %
43 = 1,224,297 times = 2.0405 %
44 = 1,224,376 times = 2.0406 %
45 = 1,224,275 times = 2.0405 %
46 = 1,225,230 times = 2.0421 %
47 = 1,225,094 times = 2.0418 %
48 = 1,223,654 times = 2.0394 %
49 = 1,225,064 times = 2.0418 %
Total = 10,000,000 draws = 100.0000 %
I won't be seeing him for a while
.I love it when a plan comes together.
Regards,
PAB
-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-
12:45, restate my assumptions.
(1) Mathematics is the language of nature.
(2) Everything around us can be represented and understood through numbers.
(3) If you graph the numbers of any system, patterns emerge. Therefore, there are patterns, everywhere in nature.

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