calculate the ionization energy of the hydrogen atom using the bohr theory
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The energy of an electron in Bohr’s orbit of Hydrogen atom is given by the expression:
En=2π2me4Z2n2h2(4πϵ0)2=−13.6Z2n2eVEn=2π2me4Z2n2h2(4πϵ0)2=−13.6Z2n2eV
Since Z=1Z=1 for hydrogen, the above equation can be further simplified.
En=2π2me4Z2n2h2(4πϵ0)2=−13.6Z2n2eVEn=2π2me4Z2n2h2(4πϵ0)2=−13.6Z2n2eV
Since Z=1Z=1 for hydrogen, the above equation can be further simplified.
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