A204291 - cp's OEIS frontend

A204291 G.f.: Sum_{n>=1} moebius(n)x^n/(1 - Lucas(n)x^n + (-1)^nx^(2n)), where Lucas(n) = A000204(n).

n	a(n)
1	1
2	0
3	1
4	0
5	4
6	-3
7	12
8	0
9	17
10	-10
11	88
12	-54
13	232
14	-28
15	184
16	0
17	1596
18	-969
19	4180
20	-1230
21	4632
22	-198
23	28656
24	-17388
25	60020
26	-520
27	98209
28	-23604
29	514228
30	-461932
31	1346268
32	0
33	1722688
34	-3570
35	6672168
36	-5598882
37	24157816
38	-9348
39	31351552
40	-18606210
41	165580140

[1, 0, 1, 0, 4, -3, 12, 0, 17, -10, 88, -54, 232, -28, 184, 0, 1596, -969, 4180, -1230, 4632, -198, 28656, -17388, 60020, -520, 98209, -23604, 514228, -461932, 1346268, 0, 1722688, -3570, 6672168, -5598882, 24157816, -9348, 31351552, -18606210, 165580140]

cp's OEIS Frontend

A204291 G.f.: Sum_{n>=1} moebius(n)x^n/(1 - Lucas(n)x^n + (-1)^nx^(2n)), where Lucas(n) = A000204(n).

Table of values

List of values

cp's OEIS Frontend

A204291 G.f.: Sum_{n>=1} moebius(n)*x^n/(1 - Lucas(n)*x^n + (-1)^n*x^(2*n)), where Lucas(n) = A000204(n).

Table of values

List of values

A204291 G.f.: Sum_{n>=1} moebius(n)x^n/(1 - Lucas(n)x^n + (-1)^nx^(2n)), where Lucas(n) = A000204(n).