0(N).
It extends the published table of X. Wang,
``The Hecke algebra on the cohomology of
0(p),''
Nagoya Math. J., 121 (1991), 97-125.
It was computed using the modular symbols algorithm described
in Merel's,
``Universal Fourier expansions of modular forms''
in SLNM 1585 (1994).
| 1<N<100,   2< p <5 | charpoly_s6_1-100.gp |
| 101<N<200,   2< p <5 | charpoly_s6_101-200.gp |
| 201<N<300,   2< p <5 | charpoly_s6_201-300.gp |