The impact of the truncated properties is shown by the relative intensity differences. Together with the environmental contributions, which indicate the errors of the transformation matrix, it becomes apparent for some normal modes if it is the truncation of the Hessian that dominates or the truncation of the dipole and polarizability gradients. In the cases investigated here, there are many normal modes with a high relative intensity error and low environmental contributions. Thus, the intensity errors are mostly dominated by the trun-cation of the dipole and polarizability gradients. The angular deviation is only visible in the low-frequency part of the spectrum and is generally negligible in the rest of the spectrum, indicating that the molecular vibrations in the solute do not change substantially. Although it cannot be generalized without further investigation, for our test cases, the IR intensities of the high-frequency modes were more affected than the Raman intensities. Simultaneous large relative and absolute errors for the Raman intensities are only observed in a few cases.