A Hydrogen atom and a \[L{{i}^{++}}\] 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 respective energies, then [IIT-JEE (Screening) 2002]

\[{{l}_{H}}={{l}_{Li}}\text{ and }|{{E}_{H}}|>|{{E}_{Li}}|\]

\[{{l}_{H}}>{{l}_{Li}}\,\text{ and }|{{E}_{H}}|>|{{E}_{Li}}|\]

\[{{l}_{H}}={{l}_{Li}}\text{ and }|{{E}_{H}}|

A Hydrogen atom and a \[L{{i}^{++}}\] ion are both in the second excit

1.	A Hydrogen atom and a \[L{{i}^{++}}\] 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 respective energies, then [IIT-JEE (Screening) 2002]
A.	\[{{l}_{H}}>{{l}_{Li}}\,\text{ and }\|{{E}_{H}}\|>\|{{E}_{Li}}\|\]
B.	\[{{l}_{H}}={{l}_{Li}}\text{ and }\|{{E}_{H}}\|<\|{{E}_{Li}}\|\]
C.	\[{{l}_{H}}={{l}_{Li}}\text{ and }\|{{E}_{H}}\|>\|{{E}_{Li}}\|\]
D.	\[{{l}_{H}}<{{l}_{Li}}\text{ and }\|{{E}_{H}}\|<\|{{E}_{Li}}\|\]
Answer» C. \[{{l}_{H}}={{l}_{Li}}\text{ and }\|{{E}_{H}}\|>\|{{E}_{Li}}\|\]