***Python

***spyder

Nested for statements: atomic orbitals. Ignoring spin, the quantum state of an electron in an atom is specified by three integers n, I, m which obey these rules: quantum number n can be any positive integer 1, For a given n value, the orbital angular momentum quantum num- ber l goes from zero to n -1 in steps of one. For a given value, the magnetic quantum number m goes from -l to l in steps of one. Write a program that writes out all the allowed quantum states (com binations of n, e,m for n from one up to mar, where nmar is a constant set in your program (or input from the use). This will require three nested for statements. Your program s up the total number quantum states for each n hould also coun up and print n max? 3 n1 1 00 Total states with n 1 1 n2 1 00 n2 1 1-1 n2 1 1 0 n2 1 11 Total states with n 24 n3 1 1-1 n3 1 11 n3 12-2 n3 12-1 n3 120 n3 121 n 3 1 22 Total states with n 3:9 As you can see from this example, the total number of states for each n should come out to n2. This is a good test that your program is working correctly