is basically right next to the number 1 on the number line that goes to infinity.
you probably meant to say 1 in (…) is right next to zero, but it is not, there is infinite number of numbers between them 😀
The chance (…) is infinitesimally small
yes, it is, but it is not zero, which is what i tried to relay. it may be just fun fact, but one day that knowledge may prove itself useful.
You winning every possible lottery every day for the rest of your life is infinitely more probable than the monkeys not writing Shakespeare
well, if you really have infinite number of monkeys, than any finite number can’t compete with it.
since i made the following text before i realized i misread your statement, i’ll leave it here anyway, to show how incredibly small the number in your lottery idea is.
i’ll make rough estimate, based on my mini country, that there is at least 1 lotteries per 1 million people, which would make it at least 8000 lotteries existing in the world. i think it is far more, but i will err on the side of caution in these estimates.
for winning a lottery, i will count not only the big win, but also shitty wins where you buy a ticket for a dollar and win two dollars. lets say your chance of winning “something” is 1/100.
and lets say you have 40 years to live.
your chance of winning every possible lottery in the world for the rest of your life (under the assumption that you can afford the original 8000 tickets) is
.
that’s number that has numeral one and then 233 million 600 thousand zeroes below the fraction line of the result 😜 to put that into context, it is estimated that the there are between 10^78 to 10^82 atoms in the observable universe.
No, not watt diagram