  We examine the decays of nonstrange baryons to the final states $\Delta\pi$,
$N\rho$, $N\eta$, $N\eta^\prime$, $N\omega$, $N1/2^+(1440)\pi$, and
$\Delta3/2^+(1600)\pi$, in a relativized pair-creation($^3P_0$) model which has
been developed in a previous study of the $N\pi$ decays of the same baryon
states. As it is our goal to provide a guide for the possible discovery of new
baryon states at CEBAF and elsewhere, we examine the decays of resonances which
have already been seen in the partial-wave analyses, along with those of states
which are predicted by the quark model but which remain undiscovered. The level
of agreement between our calculation and the available widths from the
partial-wave analyses is encouraging.
