  We study transport and zero frequency shot noise properties of a normal
metal-superconductor-normal metal (NSN) junction, with the superconductor
having mixed singlet and chiral triplet pairings. We show that in the subgapped
regime when the chiral triplet pairing amplitude dominates over that of the
singlet, a resonance phenomena emerges out at zero energy where all the quantum
mechanical scattering probabilities acquire a value of 0.25. At the resonance,
crossed Andreev reflection mediating through such junction, acquires a zero
energy peak. This reflects as a zero energy peak in the conductance as well
depending on the doping concentration. We also investigate shot noise for this
system and show that shot noise cross-correlation is negative in the subgapped
regime when the triplet pairing dominates over the singlet one. The latter is
in sharp contrast to the positive shot noise obtained when the singlet pairing
is the dominating one.
