the potential energy of first second and third bohr orbit of He+ cation are E1, E2 and e3 About the author Samantha
Answer: He + cation is H−like species. For H− like species, potential energy E is given as − n 2 13.6 z 2 eV whose z= atomic number of H−like species n= energy level or shell number Since, there is negative in potential energy expression so, higher the n value smaller is the negative value or higher is the potential energy. E= n 2 13.6 z 2 eV Reply
Answer:
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Explanation:
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Answer:
He
+
cation is H−like species.
For H− like species, potential energy E is given as −
n
2
13.6 z
2
eV
whose z= atomic number of H−like species
n= energy level or shell number
Since, there is negative in potential energy expression so, higher the n value smaller is the negative value or higher is the potential energy.
E=
n
2
13.6 z
2
eV