A221367 - cp's OEIS frontend

A221367 The simple continued fraction expansion of F(x) := Product_{n >= 0} (1 - x^(4n+3))/(1 - x^(4n+1)) when x = (1/2)*(9 - sqrt(77)).

n	a(n)
0	1
1	7
2	1
3	77
4	1
5	700
6	1
7	6237
8	1
9	55447
10	1
11	492800
12	1
13	4379767
14	1
15	38925117
16	1
17	345946300
18	1
19	3074591597
20	1
21	27325378087
22	1
23	242853811200
24	1
25	2158358922727
26	1
27	19182376493357
28	1
29	170483029517500
30	1
31	1515164889164157
32	1
33	13466000972959927
34	1

[1, 7, 1, 77, 1, 700, 1, 6237, 1, 55447, 1, 492800, 1, 4379767, 1, 38925117, 1, 345946300, 1, 3074591597, 1, 27325378087, 1, 242853811200, 1, 2158358922727, 1, 19182376493357, 1, 170483029517500, 1, 1515164889164157, 1, 13466000972959927, 1]

cp's OEIS Frontend

A221367 The simple continued fraction expansion of F(x) := Product_{n >= 0} (1 - x^(4n+3))/(1 - x^(4n+1)) when x = (1/2)*(9 - sqrt(77)).

Table of values

List of values

cp's OEIS Frontend

A221367 The simple continued fraction expansion of F(x) := Product_{n >= 0} (1 - x^(4*n+3))/(1 - x^(4*n+1)) when x = (1/2)*(9 - sqrt(77)).

Table of values

List of values

A221367 The simple continued fraction expansion of F(x) := Product_{n >= 0} (1 - x^(4n+3))/(1 - x^(4n+1)) when x = (1/2)*(9 - sqrt(77)).