Which of the following quantities associated with a lens depend on...

The refractive index $\mu$ of the material of a lens depends on the wavelength $\lambda$ of the incident light according to Cauchy's relation $\mu = A + \dfrac{B}{\lambda^2}$.

The focal length $f$ is given by the Lens Maker's formula \dfrac{1}{f} = (\mu - 1) \left(\dfrac{1}{R_1} - \dfrac{1}{R_2} \right). Since $\mu$ depends on $\lambda$, the focal length $f$ depends on the wavelength of the incident light.

The power of a lens is $P =$\dfrac{1}{f}, which also depends on $\lambda$ because $f$ depends on $\lambda$.

Chromatic aberration is the difference in focal lengths for different wavelengths (e.g., $f_r - f_v$) due to dispersion. It arises directly from the dependence of the refractive index on the wavelengths of the incident light.

The radii of curvature $R_1$ and $R_2$ are geometric properties of the lens and are independent of the wavelength of light.