Pandigital RPL algebraic pi approximation

[Gerson W. Barbosa]

(10-16-2024 01:51 PM)EdS2 Wrote:  wow that's a lot of digits of correct approximation! well done!

Thanks, Ed!

Yes, nineteen correct digits from the nine significant digits in this more conventional equivalent expression:

\(2\sqrt{\ln\left({10+\frac{3\times32^2}{200^4-75^2}+\ln\left({6}\right)}\right)}\)