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I've been thinking a bit about how rare Stacys and Stacylites actually are.
(Like I'd ever be with one
)
I initially estimated 1 in 300 for Stacylite, and 1 in 1000 Stacy, but maybe that's not quite right. 1 in 2000 Might be more accurate(at least from where I'm from.)
And picking 15-24 age bracket(I found it online, not a pedo
, you can also slide it to 18-27 since it's fairly linear. ) 10.95% (male 312,179/female 297,717), (TOTAL POPULATION FOR COUNTRY IS 5.5M)
So:
That last number feels too rare... but who knows.
Obviously, rarity varies between countries (I'm from Finland so there're a lot blue-eyed blondes.)
For Stacylites, I put them at 1 in 300, as I've seen them, they're rare, but definitely out there in more numbers. And I put 1 in 300 as with that you can calculate the occurrence of at least 1 with 50% with this:
0.5 = (299/300)^n => n = ln(0.5)/ln(299/300) = 208 ; (Added this in case someone without a math background mistakes it for an expected value, they'd assume 150 instead.)
That's about the number of girls per school in my area, so a 50% chance of having at least one per school, sounds about right (at least where I'm from).
Kind of an autistic thread, but I thought it was an interesting way to frame it numerically.
But yeah, what do you think the odds are? Maybe in your country or city?
Have you seen Stacylites or Stacys? How many times?
(Like I'd ever be with one

I initially estimated 1 in 300 for Stacylite, and 1 in 1000 Stacy, but maybe that's not quite right. 1 in 2000 Might be more accurate(at least from where I'm from.)
And picking 15-24 age bracket(I found it online, not a pedo

So:
- If Stacys are 1 in 1000 => 298
- If 1 in 2000 => 149
- If 1 in 10,000 => 30
Obviously, rarity varies between countries (I'm from Finland so there're a lot blue-eyed blondes.)
For Stacylites, I put them at 1 in 300, as I've seen them, they're rare, but definitely out there in more numbers. And I put 1 in 300 as with that you can calculate the occurrence of at least 1 with 50% with this:
0.5 = (299/300)^n => n = ln(0.5)/ln(299/300) = 208 ; (Added this in case someone without a math background mistakes it for an expected value, they'd assume 150 instead.)
That's about the number of girls per school in my area, so a 50% chance of having at least one per school, sounds about right (at least where I'm from).
Kind of an autistic thread, but I thought it was an interesting way to frame it numerically.
But yeah, what do you think the odds are? Maybe in your country or city?
Have you seen Stacylites or Stacys? How many times?