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The Bohr's energy equation for H atom reveals that the energy level of a shell is given by E = -13.58/n^2 eV.

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The Bohr's energy equation for H atom reveals that the energy level of a shell is given by E = -13.58/n2 eV. The smallest amount that an H atom will absorb if in ground state is

(a) 1.0 eV

(b) 3.39 eV

(c) 6.79 eV

(d) 10.19 eV

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Correct answer: (d) 10.19 eV

Explanation:

The smallest value of energy of an electron in H atom in ground state can absorb is = E2 – E1.

= \(\frac{-13.58}{4}\) - (\(\frac{-13.58}{1}\))

= 10.19

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