Summary

Miscellaneous Mathematical Constants

“ The numerical values of Tribonacci numbers are c**n essentially and the c here is one of the roots of (x^3-x^2-x-1) , then there is another constant c2. So the exact formula is c**n/c2.
Another way of doing 'exact formulas' are given by using [ ] function the n'th term of the series expansion of 1/ (1+x+x**2) is
1 - 2 floor (1/3 n + 2/3) + floor (1/3 n + 1/3) + floor (1/3 n)
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The twin primes constant.
0.660161815846869573927812110014555778432623
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The Varga constant, also known to be the 1/ (one-ninth constant) .
”
Source: Gutenberg

Miscellaneous Mathematical Constants

“ The Euler constant squared to 2000 digits. GAMMA (2/3) to 256 places gamma cubed. to 1024 digits. GAMMA (3/4) to 256 places. gamma** (exp (1) to 1024 digits. 2**sqrt (2) a transcendental number to 2000 digits. Si (Pi) or the Gibbs Constant to 1024 places. The Gauss-Kuzmin-Wirsing constant. The golden ratio : (1+sqrt (5) ) /2 to 20000 places. The Golomb constant. Grothendieck's majorant. 1/W (1) , the inverse of the omega number : W (1) . Khinchin constant to 1024 digits. Landau-Ramanujan constant The Lehmer constant to 1000 digits. Lemniscate constant or Gauss constant. The Lengyel constant. ”
Source: Gutenberg

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