The potential energy of the electron present in the ground state of He+ ion is represented by
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According to Bohr theory ,
Potential energy of is given by P.E = -(27.2) Z²/n² eV
Where Z is atomic number of element, and n is the number of state where electron revolves.
Here given, He⁺ species, and electron are revolving ground state
so, n = 1 and Z = 2
∴ P.E = -27.2 × (2)²/1² eV
= -27.2 × 4
= -108.8 eV
Hence, answer should be -108.8 eV
Potential energy of is given by P.E = -(27.2) Z²/n² eV
Where Z is atomic number of element, and n is the number of state where electron revolves.
Here given, He⁺ species, and electron are revolving ground state
so, n = 1 and Z = 2
∴ P.E = -27.2 × (2)²/1² eV
= -27.2 × 4
= -108.8 eV
Hence, answer should be -108.8 eV
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