MatLab Code

3. In quantum mechanics, the unique quantum state of an electron is described by four quantum numbers, which are 'principal quantum number (associated with the energy of the electron), 'azimuthal quantum number (determining the orbital angular momentum and describing the shape of the orbital for the electron), 'magnetic quantum number (determining the orientation of angular momentum of the electron in space), and'spin quantum number (parameterizing the intrinsic angular momentum or spin of the electron). Wolfgang Pauli hypothesized (correctly) that no two electrons in an atom can have the same set of four quantum numbers, i.e, if the principal, azimuthal, and magnetic quantum numbers are the same for two electrons, then it is necessary for the electrons to have different spin quantum numbers. Write a MATLAB function, called spinSwitch, which accepts two structures as its inputs and returns both structures as outputs. Each structure represents an electron in a hydrogen atom and has the following fields: principal (A positive integer); azimuthal (A non-negative integer); magnetic (Electrons in a particular subshell (such ass, p, d, f or g) are defined by values of e (o, 1, 2,3, or 4, respectively). The value of the magnetic quantum number can range from -e to +e, inclusive of zero.); and . spin (A string with values 'up or'down') The function will compare the values in the two input structures and check if they all have the same values for the four fields. If true, the function is required to switch the spin of the second input structure. You also have to add a new field, called energy, to both structures. The value stored in this field is calculated as 2.18 x 1018 1n where n is the value of the principal quantum number for that electron. You have to retum both structures with the energy field added to both, so that the one with the higher energy is the first output. If the energies of both electrons are equal, return the one with the 'up' spin first. If both electrons have the same spin and the same energy, the order of the outputs does not matter