  Results on dissipative isoscalar modes of a hot and dilute nuclear droplet
are presented. As compared to the adiabatic limit (part I), realistic
dissipation yields a substantial reduction of the growth rates for all unstable
modes, while the area of spinodal instability in the ($\varrho$,T)-plane
remains unchanged. The qualitative features of multifragmentation through
spinodal decomposition as obtained in the adiabatic limit are not significantly
affected by dissipation.
