  In the present work, the inelastic electron scattering for longitudinal and
transverse form factors of $^{65}$Cu and $^{71}$Ga nuclei lie in the fp-shell
region are studied in the framework of the shell model. The calculation is
performed in the ($1f_{5/2}$,$2p_{3/2}$,$2p_{1/2}$,$1g_{9/2}$) model space
using jun45 effective interaction. The wavefunctions employed to conduct the
shell model calculations are extracted from the jun45 effective interaction for
these nuclei with the jj44 shell model space and $(Sk35-Skzs^{*})$ residual
interaction to evaluate the interactions matrix element between initial and
final states. The effective charges used to account for the core-polarization
(CP) effect are created using calculations of microscopic perturbations that
include intermediate one-particle, one-hole excitation from the core and the
model space (MS) orbits into all upper orbits with n$\hbar\omega$ excitations
following the same approach done in [Ref.20]. To account for the (CP) effects
contribution, the inelastic form factor is obtained by employing the shape of
Tassie and Bohr-Mottelson models with appropriate proton and neutron effective
charges. The calculated form factors were compared with available experimental
data.
