Energy required for the excitation of H-...

Energy required for the excitation of H-atom its ground state to the `2^(nd)` excited state is `2.67` times smaller than dissociation energy of `H_(2)(g)`. If `H_(2)(g)` placed in `1.0` litre flask at `27^(@)C`and `1.0` bar is to be excited to their `2^(nd)` excited state, what will be the total energy consumption?

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