Hybrid orbitals can hold up to how many electrons?

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Multiple Choice

Hybrid orbitals can hold up to how many electrons?

Explanation:
When orbitals mix to form hybrids, the resulting hybrid orbitals are still atomic orbitals, and the Pauli exclusion principle applies: an orbital can hold at most two electrons with opposite spins. So each individual hybrid orbital can accommodate two electrons. If you consider all hybrids on a central atom, the total number of electrons in that set is twice the number of hybrid orbitals—for example, carbon with four sp3 hybrids has eight electrons in the hybrid set, but each hybrid orbital itself still holds just two.

When orbitals mix to form hybrids, the resulting hybrid orbitals are still atomic orbitals, and the Pauli exclusion principle applies: an orbital can hold at most two electrons with opposite spins. So each individual hybrid orbital can accommodate two electrons. If you consider all hybrids on a central atom, the total number of electrons in that set is twice the number of hybrid orbitals—for example, carbon with four sp3 hybrids has eight electrons in the hybrid set, but each hybrid orbital itself still holds just two.

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