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4. Consider an electron traveling in a circle equal to the diameter of benzene, 3.02 A (a) Calculate energy levels of the first five 2D rotational levels, that is, m-0, ±1, ±2 (b) What are the angular momenta of the first five states of the rotating electron? (e) Why can't the quantized values of the 2D angular momentum be used to determine the mass of a rotating system like the classical momentum can?
4. Consider an electron traveling in a circle equal to the diameter of benzene, 3.02 A (a) Calculate energy levels of the first five 2D rotational levels, that is, m-0, ±1, ±2 (b) What are the angular momenta of the first five states of the rotating electron? (e) Why can't the quantized values of the 2D angular momentum be used to determine the mass of a rotating system like the classical momentum can?
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