Code the following problem in python:

The process by which light refracts through a lens depends on its wavelength. This leads to chromatic aberrations, wherein white light is split into a spectrum such that each color focuses at a different position on the optical axis: One way to try and correct for this is to use two lenses spaced apart by some distance d. The optical power (loosely, the strength of light convergence provided by a lens or series of lenses) in this case is given by P-n-1)K, +(n-1)K, -(n-1) K,K,d Where n is the index of refraction and K, and K, are related to the curvature of the lenses. The chromatic aberration is minimized when dP/dn 0 What value of n corresponds to dP/dn-0 whend 0.5,K -2.8, and K2 -5.0? Determine your answer (a) numerically and (b) analytically (determine the analytical equation for n, and evaluate it with the above values in your Python program). Confirm that your answers agree