A120211 - cp's OEIS frontend

A120211 x values giving the smallest integer solutions of y^2 = x(a^N - x)( b^N + x) (elliptic curve, Weierstrass equation) with a and b legs in primitive Pythagorean triangles and N = 2. Sequence ordered in increasing values of leg a. Relevant y values in A120210.

n	a(n)
1	4
2	6
3	12
4	24
5	15
6	40
7	60
8	40
9	70
10	84
11	72
12	56
13	126
14	144
15	180
16	168
17	198
18	180
19	220
20	264
21	126
22	286
23	312
24	364
25	360
26	390
27	420
28	480
29	510
30	49
31	544
32	300
33	612
34	616
35	646
36	684
37	720
38	760
39	288
40	798
41	840
42	924
43	726
44	966
45	700
46	1012
47	1104
48	990
49	1150
50	1200

[4, 6, 12, 24, 15, 40, 60, 40, 70, 84, 72, 56, 126, 144, 180, 168, 198, 180, 220, 264, 126, 286, 312, 364, 360, 390, 420, 480, 510, 49, 544, 300, 612, 616, 646, 684, 720, 760, 288, 798, 840, 924, 726, 966, 700, 1012, 1104, 990, 1150, 1200]

cp's OEIS Frontend

A120211 x values giving the smallest integer solutions of y^2 = x(a^N - x)( b^N + x) (elliptic curve, Weierstrass equation) with a and b legs in primitive Pythagorean triangles and N = 2. Sequence ordered in increasing values of leg a. Relevant y values in A120210.

Table of values

List of values

cp's OEIS Frontend

A120211 x values giving the smallest integer solutions of y^2 = x*(a^N - x)*( b^N + x) (elliptic curve, Weierstrass equation) with a and b legs in primitive Pythagorean triangles and N = 2. Sequence ordered in increasing values of leg a. Relevant y values in A120210.

Table of values

List of values

A120211 x values giving the smallest integer solutions of y^2 = x(a^N - x)( b^N + x) (elliptic curve, Weierstrass equation) with a and b legs in primitive Pythagorean triangles and N = 2. Sequence ordered in increasing values of leg a. Relevant y values in A120210.