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Neutron and proton spectral functions of $^{40}$Ar, $^{40}$Ca, and $^{48}$Tiisotopes are computed using the ab initio self-consistent Green's functionapproach. The resulting radii and charge distributions are in good agreementwith available experimental data. The spectral functions of Ar and Ti are thenutilized to calculate inclusive ($e$,$e$') cross sections within afactorization scheme and are found to correctly reproduce the recent JeffersonLab measurements. Based on these successful agreements, the weak charged andneutral current double-differential cross sections for neutrino-$^{40}$Arscattering are predicted in the quasielastic region. Results obtained byreplacing the (experimentally inaccessible) neutron spectral distribution of$^{40}$Ar with the (experimentally accessible) proton distribution of $^{48}$Tiare compared and the accuracy of this approximation is assessed.

Lepton scattering from $^{40}$Ar and $^{48}$Ti in the quasielastic peak region