  New data from the BaBar, Belle, and CLEO Collaborations on B decays to
two-body charmless final states are analyzed, with the following consequences:
(1) The penguin amplitude which dominates the decay $B^+ \to \pi^+ K^{*0}$ has
a magnitude similar to that dominating $B^+ \to \pi^+ K^0$. (2) The decay $B^+
\to \pi^+ \eta$, a good candidate for observing direct CP violation, should be
detectable at present levels of sensitivity. (3) The decays $B^+ \to \eta' K^+$
and $B^+ \to \eta K^{*+}$ are sufficiently similar in rate to the corresponding
decays $B^0 \to \eta' K^0$ and $B^0 \to \eta K^{*0}$, respectively, that one
cannot yet infer the need for ``tree'' amplitudes $t'$ contributing to the
$B^+$ but not the $B^0$ decays. Statistical requirements for observing this and
other examples of tree-penguin interference are given. (4) Whereas the $B^+ \to
\eta' K^+$ and $B^0 \to \eta' K^0$ rates cannot be accounted for by the penguin
amplitude $p'$ alone but require an additional flavor-singlet penguin
contribution $s'$, no such flavor-singlet penguin contribution is yet called
for in the decays $B^+ \to \eta K^{*+}$ or $B^0 \to \eta K^{*0}$. Predictions
for the rates for $B^+ \to \eta' K^{*+}$ and $B^0 \to \eta' K^{*0}$ are given
which would allow one to gauge the importance of these flavor-singlet penguin
amplitudes.
