  The implications of the empirical signatures for the positivity of the
strangeness magnetic moment $\mu_s$, and the negativity of the strangeness
contribution to the proton spin $\Delta_s$, on the possible $uuds\bar s$
configurations of five quarks in the proton are analyzed. The empirical signs
for the values of these two observables can only be obtained in configurations
where the $uuds$ system is orbitally excited and the $\bar s$ quark is in the
ground state. The configurations, in which the $\bar s$ is orbitally excited,
which include the conventional $K^+\Lambda^0$ congfiguration, with the
exception of that, in which the $uuds$ component has spin 2, yield negative
values for $\mu_s$. Here the strangeness spin $\Delta_s$, the strangeness
magnetic moment $\mu_s$ and the axial coupling constant $G_A^s$ are calculated
for all possible configurations of the $uuds\bar s$ component of the proton. In
the configuration with $[4]_{FS}[22]_F[22]_S$ flavor-spin symmetry, which is
likely to have the lowest energy, $\mu_s$ is positive and $\Delta_s\simeq
G_A^s\simeq -1/3\mu_s$.
