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Experiments to determine the yields and bremsstrahlung flux-averagedcross-sections <${\sigma}(E_{{\gamma}max})$> of photonuclear reactions on thenatural Mo targets were performed on the beam from the NSC KIPT electron linearaccelerator LUE-40 with the use of the ${\gamma}$-activation technique. Thebremsstrahlung end-point energies were in the range $E_{{\gamma}max}$ = 35...80MeV. The bremsstrahlung quantum flux was calculated with the program GEANT4.9.2and, in addition, was monitored using the $^{100}$Mo$({\gamma},n)^{99}$Moreaction. Calculations of the yields and average cross-sections<${\sigma}(E_{{\gamma}max})$> for photonuclear reactions on stable Mo isotopeswere computed using the ${\sigma}(E)$ cross-sections from the TALYS1.95 code(for the level density model LD1). A comparison of experimental and calculatedcross-sections <${\sigma}(E_{{\gamma}max})$> for reactions$^{92}$Mo$({\gamma},2n)^{90}$Mo and $^{92}$Mo$({\gamma},pn)^{90}$Nb wasperformed.

Cross-sections of photonuclear reactions on $^{nat}$Mo targets at end-point bremsstrahlung energy up to $E_{{\gamma}max}$ = 100 MeV