  We study the pairing within the Peierls-Hubbard Model for electron- and
hole-doped analogs of C$_{60}$ accessible to exact diagonalization techniques
(cube, truncated tetrahedron, {\it etc.}). We discuss how inclusion of
electron-phonon interactions can substantially modify the conclusions about
pairing obtained when this coupling is neglected. We also discuss potential
pitfalls in the extrapolation from these small system calculations to C$_{60}$,
and stress the necessity of having the correct intuitive picture.
