The flux weighted average cross sections and the isomeric yield ratios of ^110m,gIn, ^111m,gIn and ^112m,gIn in the ^nat In(γ,xn)^112–110 In reactions with the bremsstrahlung end-point energies of 65, 70 and 75MeV have been determined by activation and off-line γ-ray spectrometric technique using the 100MeV electron linac at Pohang accelerator laboratory, Korea. It was found that the ^natIn(γ,xn)^112–110In reaction cross sections increase very fast from the threshold energy to a certain value of the bremsstrahlung energy, where the other reaction channel opens. After a certain energy, it remains constant because the cross section of the other reaction channel starts to increase. This indicates the partition of the excitation energy in different reaction channles. The isomeric yield ratios of ^110m,gIn, ^111m,gIn and ^112m,gIn in the ^natIn(γ,xn) reactions decrease very fast with the bemsstrahlung end-point energy from the threshold value to 15– 30MeV due to the giant dipole resonance (GDR) effect. Above that, the isomeric yield ratios increase slowly with the bremsstrahlung energy due to the increase of excitation energy.