Right-Handed b to c Coupling and CP Violation

We investigate CP violation effects for purely right-handed b to c coupling within the SU(2)L x SU(2)R X U(l) model with a simple form of right-handed mixing matrix VR. In this model, CP violation is caused by the right-handed interaction. We do not have to give extremely small values to the phases fully considered in VR in order to accommodate CP violation (E) in the neutral kaon system. We obtain an upper bound of the neutron electric dipole moment by use of the constraint on the product of WL- WR mixing angle and phase obtained from another CP-violating parameter E'. A considerably different CP-violating pattern from that of the standard model is predicted for the nonleptonic decay of neutral B mesons to CP eigenstates