Calculate the energy associated with the first orbit of $H e^{+}$ . Compare the energy of electron in first Bohr orbit of hydrogen.

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Solution

Energy of bohr orbit of any hydrogen like element $= 13.6 \frac{2^{2}}{h^{2}}$
Energy anvciated to $1^{s t}$ bohr orbit of $H e f = 13.6 \frac{2^{2}}{1^{2}}$
Energy anvciated to $1^{s t}$ bohr of $H = 13.6 e V$ it is ${\frac{1}{4}}^{t h}$ of Het energy

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Calculate the energy associated with the first orbit of He+. Compare the energy of electron in first Bohr orbit of hydrogen.

Energy of bohr orbit of any hydrogen like element =13.622h2Energy anvciated to 1st bohr orbit of Hef=13.62212Energy anvciated to 1st bohr of H=13.6 eV it is 14th of Het energy

Calculate the energy associated with the first orbit of $H e^{+}$ . Compare the energy of electron in first Bohr orbit of hydrogen.

Energy of bohr orbit of any hydrogen like element $= 13.6 \frac{2^{2}}{h^{2}}$
Energy anvciated to $1^{s t}$ bohr orbit of $H e f = 13.6 \frac{2^{2}}{1^{2}}$
Energy anvciated to $1^{s t}$ bohr of $H = 13.6 e V$ it is ${\frac{1}{4}}^{t h}$ of Het energy