The parity and isospin forbidden p₀-decay from ¹⁴N^*(J^\pi =2⁺; T=1; E_x=9.17225 MeV) to ¹³C (g.s.) has been theoretically investigated via ¹³C( \vec {p}, p)¹³C resonance scattering of polarized protons. Considering various strong and weak interaction models, the longitudinal (A_L) and the irregular transverse ( A_b) analyzing powers have been calculated in the energy range around the 2⁺, E_x=9.17225 MeV-resonance in ¹⁴N^*. Energy anomalies for the expected interference effects, relevant for the experiments, have been found to be A_L= ( 0.19\div 1.82)\times 10^-5 and A_b=( 0.6\div 5.6)\times 10^-5. In addition, the circular polarizations of the 2.36018 and 9.3893 MeV \gamma -rays, populating the 2⁺0, E_x=7.02912 MeV and the ground state in mbox {¹⁴N-nucleus,} have been found to be (0.22\div 2.07)\times 10^-3 and (0.20\div 1.89)\times 10^-3, respectively.

PACS numbers: 21.60.Cs, 24.80.--x, 27.30.+t, 12.15.Ji