You may recall that I obtained the approximate value of Gauss's constant G. If you have missed it, then here is the link. A hint of Gauss's constant G.
I felt privileged and considered it to be great honor to have got the approximate value of Gauss's constant G.
You won't believe it !! I got another expression of the Gauss's constant G. Approximate one like the earlier "a hint of Gauss's constant G". But nevertheless as sturdy and as beautiful as the earlier one.
The expression is
agm of (7 and 9)/(5*agm(1,2 and 3)) is approximately the Gauss's constant G.
Two approximate expressions. Two healthy, sturdy, beautiful expressions.
I welcome your comments.
I felt privileged and considered it to be great honor to have got the approximate value of Gauss's constant G.
You won't believe it !! I got another expression of the Gauss's constant G. Approximate one like the earlier "a hint of Gauss's constant G". But nevertheless as sturdy and as beautiful as the earlier one.
The expression is
agm of (7 and 9)/(5*agm(1,2 and 3)) is approximately the Gauss's constant G.
Two approximate expressions. Two healthy, sturdy, beautiful expressions.
I welcome your comments.
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