  The $\nu_e$ appearance data of T2K experiment has given a glimpse of the
allowed parameters in the hierarchy-$\delta_{CP}$ parameter space. In this
paper, we explore how this data affects our expectations regarding the
hierarchy sensitivity of the NO$\nu$A experiment. For the favourable
combinations of hierarchy and $\delta_{CP}$, the hierarchy sensitivity of
NO$\nu$A is unaffected by the addition of T2K data. For the unfavourable
combinations, NO$\nu$A data gives degenerate solutions. Among these degenerate
solutions, T2K data prefers IH and $\delta_{CP}$ in the lower half plane over
NH and $\delta_{CP}$ in the upper half plane. Hence, addition of the T2K data
to NO$\nu$A creates a bias towards IH and $\delta_{CP}$ in the lower half plane
irrespective of what the true combination is.
