  We calculate current and density distributions in stripe (2D planar)
junctions between normal and Majorana nanowires having a finite ($y$)
transverse length. In presence of a magnetic field with vertical and in-plane
components, the $y$-symmetry of the charge current distribution in the normal
lead changes strongly across the Majorana phase transition: from
center-symmetric if a Majorana mode is present to laterally-shifted (as
expected by the Hall effect) if the field is tilted such as to destroy the
Majorana mode due to the projection rule. We compare quasi-particle and charge
distributions of current and density, as well as spin magnetizations. The
Majorana mode causes opposite spin accumulations on the junction and the
emergence of a spin current.
