A linearized form for the screened form factors of electron-phonon interaction in the metallic glass Mg70Zn30 is applied for the first time to predict the superconducting state parameters viz. electron-phonon coupling strength (λ), Coulomb pseudopotential (μ*), transition temperature (Tc), isotope effect exponent (α) and the interaction strength (N0V). Computed results agree with the experimental data available in the literature.
