Which outcome arises when multiple solutions exist for Schrödinger's time-independent equation wave functions representing an electron?

💡 Explanation

When multiple degenerate solutions of are available for electrons in atoms, interaction occur splitting the energy, exhibiting slightly different energy levels because symmetry-caused degeneracy removes the single state per energy requirement. Energy levels are split as the degeneracy splits, rather than an increase in electron tunneling or wavefunction interaction/destructive collapse requiring drastically different conditions.

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