Modern Physics> -ionization-energy...

The ionization energy of hydrogen atom is 13.6 eV. Following Bohrs theory, the energy corresponding to a transition between 3rd and 4th orbit is

(a) 3.40eV

(b) 1.51eV

(c) 0.85eV

(d) 0.66eV

Simran Bhatia , 12 Years ago

Grade 11

1 Answers

Amit Saxena

(d)

E = E₄- E₃

-0.85 + 1.51

= 0.66 eV

Last Activity: 12 Years ago

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Modern Physics> -ionization-energy...

The ionization energy of hydrogen atom is 13.6 eV. Following Bohrs theory, the energy corresponding to a transition between 3rd and 4th orbit is (a) 3.40eV (b) 1.51eV (c) 0.85eV (d) 0.66eV

Simran Bhatia , 12 Years ago

Amit Saxena

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The ionization energy of hydrogen atom is 13.6 eV. Following Bohrs theory, the energy corresponding to a transition between 3rd and 4th orbit is

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A nucleus X¹⁸⁴ at rest emitt alpha particle With kinetic energy 9.0MeV. The product Nucleus is Y. The values of Binding energy per nucleon of alpha particle & Y differ by 1.5MeV. The values of Binding energy per nucleon of X & Y differ by (n÷230) MeV, then n is

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