It’s 1 with 77 zeroes after it.
Not that I disagree with your general point, but… 77 isn’t a multiple of 3.
Why does it need to be a multiple of 3?
(SHA-2 = 2^256 = 1*10^77)
You wrote that the odds were 1 in 1 quattuorvigintillion. I was under the impression that all “-illion”s have exponents that are multiples of 3.
Ahhhh. I misread the output on Wolfram Alpha. You’re right. I’ll leave it in the original post for posterity, but also for the record, it’s actually 1 in 100 quattuorvigintillion
(That’s what I get for trying to be dramatic)
Not that I disagree with your general point, but… 77 isn’t a multiple of 3.
Why does it need to be a multiple of 3?
(SHA-2 = 2^256 = 1*10^77)
You wrote that the odds were 1 in 1 quattuorvigintillion. I was under the impression that all “-illion”s have exponents that are multiples of 3.
Ahhhh. I misread the output on Wolfram Alpha. You’re right. I’ll leave it in the original post for posterity, but also for the record, it’s actually 1 in 100 quattuorvigintillion
(That’s what I get for trying to be dramatic)