3.14159265359 in Base 10
=
11.001001000011111101101010100010001000
In base 2
Or simply
2 + 1 + 1/8 + 1/64 + 1/2,048 + 1/4,096 + 1/8,192
+ 1/16,384 + 1/32,768 + 1/65,536 + 1/262,144 +
1/524,288 + 1/2,097,152 + 1/8,388,608 + 1/33,554,432
+ 1/536,870,912 + 1/8,589,934,592
But the pattern isn't random
To right of the expression of the 3 in pi
It's
001 001
00001111
110 110
10 10
1000 1000 1000
That's just up to 3.14159265359 though
Problem is all calculators start rounding off after that much so it's difficult to get more precision
But I see a non-random pattern, agree?
I think though this may be no surprise because there's an infinite series that returns pi as a coefficient
=
11.001001000011111101101010100010001000
In base 2
Or simply
2 + 1 + 1/8 + 1/64 + 1/2,048 + 1/4,096 + 1/8,192
+ 1/16,384 + 1/32,768 + 1/65,536 + 1/262,144 +
1/524,288 + 1/2,097,152 + 1/8,388,608 + 1/33,554,432
+ 1/536,870,912 + 1/8,589,934,592
But the pattern isn't random
To right of the expression of the 3 in pi
It's
001 001
00001111
110 110
10 10
1000 1000 1000
That's just up to 3.14159265359 though
Problem is all calculators start rounding off after that much so it's difficult to get more precision
But I see a non-random pattern, agree?
I think though this may be no surprise because there's an infinite series that returns pi as a coefficient
Pi expressed in Base 2 doesn't appear random
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