Question

Don’t have to give exact answer, I just need to know one n equals in terms of variables

d. The solution of the Schrödinger equation for the Morse potential yields the following expression for the vibrational energy levels (in units of cm 1) of a diatomic molecule: where n is the vibrational quantum number, V is the fundamental vibrational frequency (in cm1) that you calculated in part a), and is the anharmonicity constant given by: En n1/2) 1/2)2 = hc9/4D. Assuming that the H2 molecule is accurately described by a Morse potential energy curve, calculate what is the highest vibrational energy level that the molecule can occupy without dissociating into two H atoms

Answer 1

ue max 272 2 2.71