Which of the following best describes how the electron-pair geometry of a molecu

Question

Which of the following best describes how the electron-pair geometry of a molecule is determined? First, a Lewis dot structure is created. Second, the electron pairs are arranged to minimize repulsion. Third, the electron-pair geometry is determined by assigning the steric number to the central atom. First, the steric number of the central atom is determined. Second, the electron pairs are arranged to minimize repulsion. Third, the electron-pair geometry is determined by creating a Lewis dot structure First, the electron pairs are arranged to minimize repulsion. Second, the steric number of the central atom is determined. Third, the electron-pair geometry is determined by creating a Lewis dot structure First, the steric number of the central atom is determined. Second, a Lewis dot structure is created. Third, the electron-pair geometry is determined by arranging the electron pairs to minimize repulsion. First, a Lewis dot structure is created. Second, the steric number of the central atom is determined Third, the electron-pair geometry is determined by arranging the electron pairs to minimize repulsion. First, the electron pairs are arranged to minimize repulsion. Second, a Lewis dot structure is created. Third, the electron-pair geometry is determined by assigning the steric number to the central atom.

Explanation / Answer

Always a geometry of the molecule is determined first by writing the Steric number of central atom followed by arranging the number of electron pairs to minimize the repulsions then finally geometry of the molecule is determined by Lewis structure

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