  The classical and quantal features of a quadrupole coherent state and its
projections over angular momentum and boson number are quantitatively analyzed
in terms of the departure of the Heisenberg uncertainty relations from the
classical limit. This study is performed alternatively for two choices of the
pairs of conjugate coordinates. The role of deformation as mediator of
classical and quantal behaviors is also commented. Although restoring the
rotational and gauge symmetries makes the quantal features manifest dominantly
for small deformation, these are blurred by increasing the deformation which
pushes the system toward a classical limit.
