A099809 - cp's OEIS frontend

A099809 Let a,b be prime numbers satisfying the Diophantine equation a^3+b^3=(a+b)(a^2-ab+b^2)=c^2. Then the second factor a^2-ab+b^2 is 3e^2 for some integer e. This sequence tabulates the 'e' values, sorted by magnitude of c.

n	a(n)
0	19
1	4513
2	14689
3	32401
4	26929
5	48019
6	44641
7	72739
8	124099
9	179683
10	211249
11	288979
12	395089
13	386131
14	587233
15	905059
16	1040419
17	1410049
18	2237011
19	1919779
20	2078209
21	2220451
22	2950963
23	2767489
24	4919971
25	5582449
26	5019889
27	5255761

[19, 4513, 14689, 32401, 26929, 48019, 44641, 72739, 124099, 179683, 211249, 288979, 395089, 386131, 587233, 905059, 1040419, 1410049, 2237011, 1919779, 2078209, 2220451, 2950963, 2767489, 4919971, 5582449, 5019889, 5255761]

cp's OEIS Frontend

A099809 Let a,b be prime numbers satisfying the Diophantine equation a^3+b^3=(a+b)(a^2-ab+b^2)=c^2. Then the second factor a^2-ab+b^2 is 3e^2 for some integer e. This sequence tabulates the 'e' values, sorted by magnitude of c.

Table of values

List of values

cp's OEIS Frontend

A099809 Let a,b be prime numbers satisfying the Diophantine equation a^3+b^3=(a+b)*(a^2-a*b+b^2)=c^2. Then the second factor a^2-a*b+b^2 is 3*e^2 for some integer e. This sequence tabulates the 'e' values, sorted by magnitude of c.

Table of values

List of values

A099809 Let a,b be prime numbers satisfying the Diophantine equation a^3+b^3=(a+b)(a^2-ab+b^2)=c^2. Then the second factor a^2-ab+b^2 is 3e^2 for some integer e. This sequence tabulates the 'e' values, sorted by magnitude of c.