  The b -> c cbar s transition is usually believed to hadronize predominantly
in Bbar -> X_c Ds(*)- with the Ds(*)- originating from the virtual W. We
demonstrate in a variety of independent ways that other hadronization processes
cannot be neglected. The invariant mass of cbar s has sizable phase-space
beyond m_D+m_K. The rate for Bbar -> D Dbar Kbar X could be significant and
should not be ignored as was done in previous experimental analyses. We
estimate the number of charmed hadrons per B-decay, n_c, to be about 1.3 to
higher accuracy than obtained in previous investigations. Even though n_c is
currently measured to be about 1.1, observing a significant Bbar -> D Dbar Kbar
X would support n_c of about 1.3. Many testable consequences result, some of
which we discuss.

High Energy Physics - Phenomenology