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Atlantic 49 in Canada
I play the numbers for Atlantic 49 in Atlantic Canada. It costs only $1.00 to play. So I purchase tickets for Wednesday and Saturday draws. They are challenging. Like alot of the lottery game's of chance! All the best to you. In your lottery draws.
Feb 16, 2026, 11:38 am - Elizabeth03 - Mathematics Forum

Covering Designs - MM and PBReply
Curious where the practical line is. Such practical line does exist. It's called the wheel hit rate. For the examples demonstrated above, for 12 numbers the average (expected) hit rates for PB MM are 0.87 and 0.86 respectively. You can get the same rates with only 3 tickets in each lottery, not hundreds. To have an expected hit rate of 3 (as required by the above wheels) you need 42 numbers for each lottery. This would require 9 tickets in each, again not hundreds. The true v
Jun 27, 2026, 8:16 pm - Player649 - Mathematics Forum

Data Analyst looking for a Syndicate Partner (Monte Carlo Simulations for AU Saturday Lotto) &#12820
Hi everyone, I ve been following this forum for a while and I love the analytical approach many of you take. I m a data enthusiast For the past few months, I've been building Python-based Monte Carlo simulations analyzing 7+ years of draw data (specifically focusing on Australia Saturday Lotto and EuroMillions). My system doesn't predict the future (we all know the lottery is random), but it heavily filters combinations based on: Active Trends (Hot clusters in the last 15 draws).
Mar 13, 2026, 1:05 pm - ibrahim1 - Mathematics Forum

Very interesting articleReply
I haven't even checked my list, because it's pointless as I did not buy one ticket. I only posted a list because you and Lotterologist wouldn't stop bugging me about it. I stated that publishing a list for pick 3 is pointless, so I finally just did the same myself. It is extremely unlikely that if you buy over a hundred pick 3 tickets, twice a day, for weeks on end, you will not lose . I looked up his California numbers one time, and sure enough, his list was a loser. Either you're g
Jan 9, 2026, 10:15 am - Tucker Black - Mathematics Forum