  The hadronic properties of the $\rho$ meson produced in the inclusive
photonuclear reaction have been investigated. The elementary reaction occurring
in the nucleus is assumed as $\gamma N \to \rho^0 N$. The $\rho$ meson, while
propagating through the nucleus, interacts with the nuclear particles, and
therefore, the properties of the $\rho$ meson can be modified because of this
interaction. Being a short-lived particle, the $\rho$ meson decays to various
elementary particles, such as, $e^+e^-$, $\pi^+\pi^-$, .... etc. The $e^+e^-$
invariant mass, i.e., the $\rho$ meson mass, distribution spectra have been
calculated to extract the information about the parameters, viz., mass and
width, of the $\rho$ meson in the nucleus. The calculated results have been
compared with the data reported from Jefferson Laboratory.
