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We inspect the exclusive hadronic decay modes $ B_d\to \phi (\eta^{(')}, \pi,\omega)$, induced by quark level transition as $b\to d$ $(\Delta S=0)$, invector like down quark model. As these decay modes insist highly suppressedfollowed by the predicted branching fraction $\mathcal{O}(10^{-9})$ whichreflects to scrutinize physics beyond the standard model. We constrain the newparameter space inferred from experimental limits on leptonic $B_d\to \ell\ell(\ell=e, \mu, \tau)$ and nonleptonic decay modes $B_d \to \eta' \pi^0$ and$B_u\to \rho^- \eta'$. We then check the new physics contributions can havesignificant impact on the prominent observable so called branching ratio of$B_d\to \phi (\eta^{(')},\pi, \omega)$ processes.

Scrutinizing new physics of $B_d\to \phi (\eta^{(')},\pi, \omega)$ decay modes