  The isomeric and {\beta} decays of the N = Z +2 nucleus 96Ag were
investigated at NSCL. A cascade of {\gamma}-ray transitions originating from
the de-excitation of a {\mu}s isomer was observed for the first time and was
found in coincidence with two previously-known transitions with energies of 470
and 667 keV. The isomeric half-life was determined as 1.45(7) {\mu}s, more
precise than previously reported. The existence of a second, longer-lived
{\mu}s isomer, associated with a 743-keV transition, is also proposed here.
Shell model results within the (p_{3/2}p_{1/2}f_{5/2}g_{9/2}) model space,
using the jj44b interaction, reproduced level energies and isomeric decay
half-lives reasonably well.
