  We examine the scenario where a leptophobic Z' boson accounts for the excess
of events in the Wjj channel as observed by CDF. We assume generation
independent couplings for the Z' and obtain allowed regions for the four
hadronic couplings using the cross section range quoted by CDF as well as
constraints from dijet production at UA2. These coupling regions translate into
well-determined rates for the associated production of Z/\gamma+Z' at the
Tevatron and LHC, as well as W+Z' at the LHC,that are directly correlated with
the Wjj rate observed at the Tevatron. The Wjj rate at the LHC is large and
this channel should be observed soon once the SM backgrounds are under control.
The rates for Z/\gamma+Z' associated production are smaller, and these
processes should not yet have been observed at the Tevatron given the expected
SM backgrounds. In addition, we also show that valuable coupling information is
obtainable from the distributions of other kinematic variables, e.g., M_{WZ'},
p_T^W, and \cos \theta_W^*. Once detected, these associated production
processes and the corresponding kinematic distributions examined here will
provide further valuable information on the Z' boson couplings.
