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By using two primary doublets and one induced bidoublet Higgs fields as aresult of the interactions of the two doublets, we evaluate the predictivepower of the left-right symmetry model based on $SU(2)_{L}\otimesSU(2)_{R}\otimes U(1)$ gauge group to the gauge bosons masses, leptons masses,and the structure of electroweak interactions. We found that the contributionof the right charge-current to the electroweak interaction is only around0.0073 percent. The neutrino mass emerges naturally without introducing exoticparticles. We obtain that the mixing angle $\theta = 45^{0}$ for boson sector,$\theta \approx 45^{0}$ for neutrino sector, and $\theta = 0^{0}$ for electronsector. The parity violation in our model could be associated with the massmixing in the bosons and leptons masses arise from the induced bidoublet Higgsvia symmetry breaking.  PACs: 12.60.Cn; 12.60.Fr

Truly Minimal Left-Right Symmetry Model for Electroweak Interaction