Hamiltonian is given as H=guSB+aSI where S=1/2 and I=1. Assume Bis in the z direction, B...

 

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Hamiltonian is given as H=guSB+aSI where S=1/2 and I=1. Assume Bis in the z direction, B = Bok. a. Use vector-coupling model and calculate the energies of all possible states. b. Calculate the AE for each ESR transitions where Am, = 1 and Am, = 0. c. Use eigenvalues of the given Hamiltonian and calculate the energies of all possible states. d. How many ESR signals you should have? Draw it. Hamiltonian is given as H=guSB+aSI where S=1/2 and I=1. Assume Bis in the z direction, B = Bok. a. Use vector-coupling model and calculate the energies of all possible states. b. Calculate the AE for each ESR transitions where Am, = 1 and Am, = 0. c. Use eigenvalues of the given Hamiltonian and calculate the energies of all possible states. d. How many ESR signals you should have? Draw it.