A059820 - cp's OEIS frontend

A059820 Expansion of series related to Liouville's Last Theorem: g.f. Sum_{t>0} (-1)^(t+1) x^(t(t+1)/2) / ( (1-x^t)^3 *Product_{i=1..t} (1-x^i) ).

n	a(n)
0	0
1	1
2	4
3	9
4	19
5	30
6	52
7	70
8	107
9	136
10	191
11	226
12	314
13	352
14	463
15	523
16	664
17	717
18	919
19	964
20	1205
21	1282
22	1546
23	1603
24	1992
25	2009
26	2414
27	2504
28	2958
29	2974
30	3606
31	3553
32	4223
33	4273
34	4936
35	4912
36	5885
37	5685
38	6634
39	6654
40	7664
41	7454
42	8822
43	8454
44	9845

[0, 1, 4, 9, 19, 30, 52, 70, 107, 136, 191, 226, 314, 352, 463, 523, 664, 717, 919, 964, 1205, 1282, 1546, 1603, 1992, 2009, 2414, 2504, 2958, 2974, 3606, 3553, 4223, 4273, 4936, 4912, 5885, 5685, 6634, 6654, 7664, 7454, 8822, 8454, 9845]

cp's OEIS Frontend

A059820 Expansion of series related to Liouville's Last Theorem: g.f. Sum_{t>0} (-1)^(t+1) x^(t(t+1)/2) / ( (1-x^t)^3 *Product_{i=1..t} (1-x^i) ).

Table of values

List of values

cp's OEIS Frontend

A059820 Expansion of series related to Liouville's Last Theorem: g.f. Sum_{t>0} (-1)^(t+1) *x^(t*(t+1)/2) / ( (1-x^t)^3 *Product_{i=1..t} (1-x^i) ).

Table of values

List of values

A059820 Expansion of series related to Liouville's Last Theorem: g.f. Sum_{t>0} (-1)^(t+1) x^(t(t+1)/2) / ( (1-x^t)^3 *Product_{i=1..t} (1-x^i) ).