  The effect of the second class currents with and without time reversal
invariance has been studied in the quasielastic production of nucleons and
hyperons induced by neutrinos and antineutrinos from the nucleons. The
numerical results are presented for the total scattering cross
section~($\sigma$) as well as for the longitudinal, perpendicular and
transverse components of the polarization of the final baryons ($p$, $n$,
$\Lambda$, $\Sigma^-$, $\Sigma^0$) and muon produced in the quasielastic
(anti)neutrino-nucleon scattering induced by the weak charged current. In the
case of the production of $\Lambda$ hyperon, which is the most suitable
candidate for making the polarization measurements, we have also calculated the
$Q^2$ dependence of the polarization observables and the differential
scattering cross section ($d\sigma/dQ^2$). The measurement of the polarization
observables and their $Q^2$ dependence provides an independent way to determine
the nucleon-hyperon transition form factors at high $Q^2$ which can provide
tests of the symmetries of the weak hadronic currents like G-invariance, T
invariance and SU(3) symmetry.
