Merging n atomic orbitals generates a total of hybrid orbitals amounting to__________________?
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Answer: B. n
Explanation
Conservation of atomic orbitals dictates that the total number of hybrid orbitals produced equals the input number. Merging distinct s and p atomic orbitals mathematically redistributes wave functions to form equivalent hybrid orbitals. If a chemical species undergoes hybridization involving n orbitals exactly n new hybrid orbitals emerge. Orbital hybridization is a quantum mechanical model explaining molecular geometry and bond angle observations. Linus Pauling introduced hybridization theory to account for equivalent bonds in molecules like methane. Sp3 hybridization combines one s and three p orbitals to yield four equivalent hybrid orbitals.
Organic chemists use hybridization concepts to predict three-dimensional molecular shapes and reactivity patterns. Spectroscopic techniques validate theoretical orbital models by measuring bond lengths and angles precisely. Advanced molecular orbital theory builds upon hybridization principles to describe complex chemical bonding systems. Two n orbitals would violate the fundamental quantum mechanical law of orbital conservation during mixing. Three n orbitals exceeds the initial number of atomic orbitals available for the hybridization process. Predicting hybridization outcomes is straightforward using simple linear combination rules in chemistry.
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