to occur from a simple spectator mechanism where the virtual $W^-$ materializes as a single hadron: $\pi^-$, $\rho^-$ or $a_1^-$.

In this paper we investigate final states for $n$ of 4. We will show a large signal for the $D^{*+}\pi^+\pi^-\pi^-\pi^o$ final state in section \[sec:Dstarp4pi\]. In section \[sec:Dspomegapi\] we will show that a substantial fraction, $\sim$20% arise from $D^{*+}\omega\pi^-$ decays and that the $\omega\pi^-$ mass distribution has a resonant structure around 1.42 GeV with a width of about 0.4 GeV. In section \[sec:Ds04pi\], the similar conclusions are drawn about the $D^{*o}\pi^+\pi^-\pi^-\pi^o$ final state. The same structure is shown to exist in $D\omega\pi^-$ final states (section \[sec:Domegapi\]) and we will use these events to show in section \[sec:Dangular\] that the spin-parity is most likely $1^-$. This state is identified as the $\rho'$, also sometimes called the $\rho$(1450). Other resonant substructure is searched for, but not found (section \[sec:nullsearch\]). Finally we summarize our findings and compare with the predictions of factorization and other models in section \[sec:conclusions\].

The data sample consists of 9.0 fb$^{-1}$ of integrated luminosity taken with the CLEO II and II.V detectors [@CLEOdetector] using the CESR $e^+e^-$ storage ring on the peak of the $\Upsilon(4S)$ resonance and 4.4 fb$^{-1}$ 