Which consequence results when hydrogen's temperature increases and its 1s orbital occupancy remains constant?

💡 Explanation

Increased temperature provides more energy for electrons, increasing the chances that **quantum tunneling** occurs across potential barriers, because the electron's wave function can then penetrate the barrier. Therefore, orbital electrons demonstrate greater tunneling. The energy supplied is insufficient to cause an alternative effect, like changing the resonance or substantially delocalizing electronic orbitals.

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