[en] Electroexcitation of the ⁶⁴Zn nucleus is studied experimentally in the giant resonance region. The experimental data were analyzed within the framework of the modified Born approximation using the Helm phenomenological model for the transition charge density and the high-energy approximation technique for the Fermi charge distribution. Resonances are found at excitation energies of 17.7 and 21.4 MeV (behaviour and multipolarity of the E1 transition); 15.0; 25.1 and 30.4 MeV (E2 or EO); 16.6 and 21.4 MeV (E3); 12.9 and 25.4 MeV (E4). Reduced transition probabilities for the balanced sum rule are obtained