I have a sequence such as
{6 Sqrt[3/17], 54 Sqrt[3/1757], 12 Sqrt[3/113], 42 Sqrt[3/1853], 18 Sqrt[3/473], 6 Sqrt[3/77], 3 Sqrt[6/61], 18 Sqrt[3/1973], 6 Sqrt[3/497], 6 Sqrt[3/1997]},
which I can square to obtain
{108/17, 8748/1757, 432/113, 5292/1853, 972/473, 108/77, 54/61, 972/1973, 108/497, 108/1997},
from which I wish to interpolate to some polynomial/rational form. The "interpolating polynomial" function leaves a ninth order polynomial, but WolframAlpha spits out a rational function with quadratic numerator and denominator:
Subscript[a, n]==-((108 (n^2-22 n+121))/(3 n^2-66 n-1637)),
which I can square root to obtain an approximate closed form for the original sequence. How does it do this?
Furthermore, what is to be done when the numbers are apparently too large for WolframAlpha's input:
{13/(1156 Sqrt[51]), (2183619 Sqrt[3/1757])/12348196, 2219/(12769 Sqrt[339]), 9778951/(13734436 Sqrt[5559]), (96733 Sqrt[3/473])/894916, 2593/(23716 Sqrt[231]), 3209/(29768 Sqrt[366]), (1637233 Sqrt[3/1973])/15570916, 101293/(988036 Sqrt[1491]), 1605793/(15952036 Sqrt[5991])}?
Thank you
Attachments:
