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Two opposite parity dipole bandlike structures DB I and DB II of $^{142}$Euare investigated by the Indian National Gamma Array (INGA), using the fusionevaporation reaction $^{31}$P + $^{116}$Cd @ 148 MeV. The decreasing trend aswell as magnitude of the measured $B(M1)$ and $B(E2)$ transition rates of theband DB II has been reproduced well within the shears mechanism with theprincipal axis cranking model calculations. This calculation reflects the factthat the maximum contribution of the angular momentum of the states in DB IIhas been generated from the magnetic rotation (MR) phenomenon. The enhanced$B(E1)$ rates of the connecting $E1$ transitions from the states of DB II to DBI are demanding the octupole correlation due to the involvement of the octupoledriving pair of orbitals $\pi{h_{11/2}}$ and $\pi{d_{5/2}}$ as evident from thequasiparticle alignment ($i_{x}$), the experimental routhians (e$^{'}$) and thecalculated neutron and proton quasiparticle energies against the rotationalfrequency ($\omega$).

Coupling between two extreme excitation mode in weakly deformed $^{142}$Eu nucleus