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

Question

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

Amit Saxena · Answer

(d) E = E 4 - E 3 -0.85 + 1.51 = 0.66 eV

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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 (a) 3.40eV (b) 1.51eV (c) 0.85eV (d) 0.66eV

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

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