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This is because the Bohr model only works with hydrogen. It does not correspond to other energy levels, so these other energy have different properties than the first. Since hydrogen atoms have only one electron, they contains a large number of shells, thus when one electron jumps from one shell to another, a photon is released and the energy difference of the shells causes different wavelengths.
The energy levels were found experimentally so they are not perfect like we would imagine if we just came up with the idea. Because Hydrogen only has one electron, it would make sense that the first shell has the highest energy, and every subsequent shell after that has less.
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