The intermediate-energy optical potential has been calculated using Glauber's theory up to the third order term. Pauli, short-range dynamical and center-of-mass correlations are considered. The dependence of the volume integral per nucleon and root-mean-square radii on energy of the incident hadron and mass number of the target nucleus are studied. The effect of choosing different forms of the density on the depth of the optical potential and root-mean-square radii is studied. It is found that they are sensitive to the choice of the density. However, the volume integrals per nucleon of the optical potential are found to be not so sensitive to the density, but they are more dependent on the parameters of the hadron-nucleon scattering amplitude.