Experiment #1: Flip A Coin 10,000 Times | Probability Heads or Tails in Coin Toss

[@CommentPicker]

Thanks for watching! Share & leave a thumbs up if you liked the video and don't forget to subscribe! What did you expect, heads or tails?

[@J0K3RJAKE]

Pausing at any time we can read the counts noting their close relation. Sine waves are formed where we window a count of say 900 and graph results of new reads overwriting old reads. The sine waves thread quota (450) in perpetuity.

[@J0K3RJAKE]

The narrower the window the wider the variance and vice versa. The wider the window the slimmer the sine waves, narrowing to be indifferentiable from the quota line.

[@papaney1]

Interesting comment. Do you know of any way to calculate the size of the waves based on the amount of numbers. For example 1,000 or 1,000,000? I made a spreadsheet of 10,000 random numbers 1-8, where even would be a +1 and odd would be -1. I was trying to simulate a game like roulette or baccarat where the outcome is binary. But to accurately represent the house edge 1-37 would be a better option. The point was I was earnestly shocked at the results. The maximum variance above and below 0, was +66 and -67 respectively. The symmetry is beautiful to me. So I'm interested in the subject just for the sake of knowledge and seeing if there is any way to beat the variances in random numbers. Although I highly suspect there may not be. I'll link the video where supposedly it is not the househedge but these variances that cause the gambler's ruin. kzbin.info/www/bejne/rqXIg3h9rKqXY80

[@Baccaratman-kt2ux]

This is not real random coin toss,its impossible 50-50

[@kaylenleonard]

what? This is extremely possible the chances are 50-50 so the chances of it being this closer or extremely probable

[@kritinha4695]

Go on and try, flip a coin 100 times, it will be ALMOST 50/50

[@orionboys7506]

nice video

[@bm2911]

Very interesting

[@J0K3RJAKE]

You should see the combinational uniformity of card distribution. All combinations within all spreads at all times occur at rates consistent with their calculable quotas. The balance is maintained by a quantum force known as The Joker. Shuffle Good 😝

[@baccaratmechanicalarm]

10000 times not enough you should do 100000000 times

[@knalpot1844]

I agree