Structures of small organic molecules embedded in various solvents were taken from the work of Reinholdt et al.. Those structures were produced via classical molecular dynamics simulations. Here, we precisely focus on how the KS-DFT/AMOEBA model performs for solute molecules embedded in different solvents. We discuss the convergence criteria for induced dipoles and look into molecular dipole moments when varying the covalent radii as damping parameters to screen the electrostatic potential on the real-space grids that represent the QM density distribution.