A301814 - cp's OEIS frontend

A301814 Decimal expansion of Re((1/4)Integral_{-infinity..+infinity} sqrt(log(1/2 + iz))* sech(Pi*z)^2).

n	a(n)
0	0
1	3
2	7
3	6
4	2
5	5
6	4
7	9
8	2
9	0
10	4
11	8
12	2
13	6
14	0
15	4
16	3
17	2
18	6
19	4
20	9
21	9
22	4
23	3
24	7
25	2
26	7
27	2
28	8
29	9
30	7
31	8
32	7
33	6
34	2
35	2
36	4
37	8
38	5
39	4
40	4
41	7
42	6
43	7
44	9
45	0
46	6
47	0
48	4
49	4
50	5
51	1
52	9
53	7
54	0
55	8
56	6
57	6
58	4
59	8
60	5
61	1
62	3
63	0
64	2
65	0
66	9
67	2
68	6
69	6
70	9
71	0
72	2
73	0
74	7
75	5
76	0
77	1
78	1
79	6
80	5
81	8
82	7
83	0
84	1
85	1
86	7

[0, 3, 7, 6, 2, 5, 4, 9, 2, 0, 4, 8, 2, 6, 0, 4, 3, 2, 6, 4, 9, 9, 4, 3, 7, 2, 7, 2, 8, 9, 7, 8, 7, 6, 2, 2, 4, 8, 5, 4, 4, 7, 6, 7, 9, 0, 6, 0, 4, 4, 5, 1, 9, 7, 0, 8, 6, 6, 4, 8, 5, 1, 3, 0, 2, 0, 9, 2, 6, 6, 9, 0, 2, 0, 7, 5, 0, 1, 1, 6, 5, 8, 7, 0, 1, 1, 7]

cp's OEIS Frontend

A301814 Decimal expansion of Re((1/4)Integral_{-infinity..+infinity} sqrt(log(1/2 + iz))* sech(Pi*z)^2).

Table of values

List of values

n	a(n)
0	0
1	3
2	7
3	6
4	2
5	5
6	4
7	9
8	2
9	0
10	4
11	8
12	2
13	6
14	0
15	4
16	3
17	2
18	6
19	4
20	9
21	9
22	4
23	3
24	7
25	2
26	7
27	2
28	8
29	9
30	7
31	8
32	7
33	6
34	2
35	2
36	4
37	8
38	5
39	4
40	4
41	7
42	6
43	7
44	9
45	0
46	6
47	0
48	4
49	4
50	5
51	1
52	9
53	7
54	0
55	8
56	6
57	6
58	4
59	8
60	5
61	1
62	3
63	0
64	2
65	0
66	9
67	2
68	6
69	6
70	9
71	0
72	2
73	0
74	7
75	5
76	0
77	1
78	1
79	6
80	5
81	8
82	7
83	0
84	1
85	1
86	7

n	a(n)
0	0
1	3
2	7
3	6
4	2
5	5
6	4
7	9
8	2
9	0
10	4
11	8
12	2
13	6
14	0
15	4
16	3
17	2
18	6
19	4
20	9
21	9
22	4
23	3
24	7
25	2
26	7
27	2
28	8
29	9
30	7
31	8
32	7
33	6
34	2
35	2
36	4
37	8
38	5
39	4
40	4
41	7
42	6
43	7
44	9
45	0
46	6
47	0
48	4
49	4
50	5
51	1
52	9
53	7
54	0
55	8
56	6
57	6
58	4
59	8
60	5
61	1
62	3
63	0
64	2
65	0
66	9
67	2
68	6
69	6
70	9
71	0
72	2
73	0
74	7
75	5
76	0
77	1
78	1
79	6
80	5
81	8
82	7
83	0
84	1
85	1
86	7

cp's OEIS Frontend

A301814 Decimal expansion of Re((1/4)*Integral_{-infinity..+infinity} sqrt(log(1/2 + i*z))* sech(Pi*z)^2).

Table of values

List of values

A301814 Decimal expansion of Re((1/4)Integral_{-infinity..+infinity} sqrt(log(1/2 + iz))* sech(Pi*z)^2).

n	a(n)
0	0
1	3
2	7
3	6
4	2
5	5
6	4
7	9
8	2
9	0
10	4
11	8
12	2
13	6
14	0
15	4
16	3
17	2
18	6
19	4
20	9
21	9
22	4
23	3
24	7
25	2
26	7
27	2
28	8
29	9
30	7
31	8
32	7
33	6
34	2
35	2
36	4
37	8
38	5
39	4
40	4
41	7
42	6
43	7
44	9
45	0
46	6
47	0
48	4
49	4
50	5
51	1
52	9
53	7
54	0
55	8
56	6
57	6
58	4
59	8
60	5
61	1
62	3
63	0
64	2
65	0
66	9
67	2
68	6
69	6
70	9
71	0
72	2
73	0
74	7
75	5
76	0
77	1
78	1
79	6
80	5
81	8
82	7
83	0
84	1
85	1
86	7