Am a big fan of your posts, and this is amazing.
According to Wikipedia, 120 "Parker"s for every 100,000 people. So a probability of 0.0012 for each "Parker". Even giving one free-bee, still leaves say four (4) Parkers invading the space like space invaders:
(120/100000)^4
= .00000000000207360000
= 2.0736×10−12
unlikely by only chance. I think we all - most of us - can agree that 2 in a trillion could be called "unlikely".
Even if there are 30 opportunities for "random" surnames here ...
Of course, your whole point is that this is not by chance. I get that.
Am a big fan of your posts, and this is amazing.
According to Wikipedia, 120 "Parker"s for every 100,000 people. So a probability of 0.0012 for each "Parker". Even giving one free-bee, still leaves say four (4) Parkers invading the space like space invaders:
(120/100000)^4
= .00000000000207360000
= 2.0736×10−12
unlikely by only chance. I think we all - most of us - can agree that 2 in a trillion could be called "unlikely".
Of course, your whole point is that this is not by chance. I get that.
Am a big fan of your posts, and this is amazing.
According to wikipedia, 220 Parkers for every 100,000 people. So a probablility of 0.002 for each Parker. Even giving one free-bee, still leaves say four (4) Parkers invading the space like space invaders:
(220/100000)^4
= .00000000002342560000
unlikely by only chance.
Of course, your whole point is that this is not by chance. I get that.