question_answer

A hydrogen atom and \[L{{i}^{++}}\] ion are both in the second excited state. If \[{{L}_{H}}\] and \[{{L}_{Li}}\] are their respective electronic angular momenta, and \[{{E}_{H}}\] and \[{{E}_{Li}}\] their respectvie energies, then :

A) \[{{L}_{H}}>{{L}_{Li}}\] and \[\left| {{E}_{H}} \right|>\left| {{E}_{Li}} \right|\]

B) \[{{L}_{H}}={{L}_{Li}}\] and \[\left| {{E}_{H}} \right|<\left| {{E}_{Li}} \right|\]

C) \[{{L}_{H}}={{L}_{Li}}\],and \[\left| {{E}_{H}} \right|>\left| {{E}_{Li}} \right|\]

D) \[{{L}_{H}}<{{L}_{Li}}\] and \[\left| {{E}_{H}} \right|<\left| {{E}_{Li}} \right|\]