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We extended the recent work Phys. Rev. D 97(9), 094033 (2018) to investigatequarkonium dissociation in presence of baryonic chemical potential (mu_b) andanisotropy ({\xi}) using quasi-particle approach in hot quantum chromodynamics(QCD) medium. We have determined binding energy and thermal width of S-statesof charmonia and bottomonia for n=1 and n=2 (radial quantum number) withanisotropic parameter ({\xi}) and baryonic chemical potential. We have alsodetermined the effects of baryonic chemical potential and anisotropy on massspectra of 1S-states of quarkonia and the results obtained were consistent withtheoretical and experimental works. But the key result obtained wasdissociation temperature of the S-states with the effect of {mu_b} and {\xi}.At last, we have calculated the thermodynamical properties of QGP (i.e.,pressure, energy density and speed of sound) using the parameter {\xi} and{mu_b}, which is the main key to study suppression of the quarkonium withlatest determined value of energy density psNN after incorporating the effectof {\xi} and (mu_b).

Dissociation and thermodynamical properties of heavy quarkonia in an anisotropic strongly coupled hot QGP: using baryonic chemical potential