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(C) For a hydrogen atom (a single-electron system),the energy of an orbital depends only on the principal quantum number $n$.Since all the subshells $

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$E_1 = E_2 = E_3$

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(C) For a hydrogen atom (a single-electron system),the energy of an orbital depends only on the principal quantum number $n$.Since all the subshells $(3s, 3p, 3d)$ have the same principal quantum number $n = 3$,they are degenerate,meaning they have the same energy.Therefore,the energy required to remove an electron from these subshells to $n = \infty$ is the same.Thus,$E_1 = E_2 = E_3$.

The energy required to remove an electron from different subshells of a $H$ atom is given below. What is the order of these energies?

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