if a molecule has four hybrid sp³ orbitals, it can be concluded that the molecule has a\no trigonal planar…

if a molecule has four hybrid sp³ orbitals, it can be concluded that the molecule has a\no trigonal planar molecular geometry.\no trigonal planar electron domain geometry.\no tetrahedral molecular geometry.\no tetrahedral electron domain geometry.

if a molecule has four hybrid sp³ orbitals, it can be concluded that the molecule has a\no trigonal planar molecular geometry.\no trigonal planar electron domain geometry.\no tetrahedral molecular geometry.\no tetrahedral electron domain geometry.

Answer

Answer:

D. tetrahedral electron domain geometry

Brief Explanation:

When a molecule has four hybrid sp³ orbitals, the electron - domain geometry is tetrahedral. Electron - domain geometry is determined by the number of electron domains (bonding and non - bonding) around the central atom. In sp³ hybridization, there are 4 electron domains, resulting in tetrahedral electron - domain geometry. Molecular geometry may vary depending on the presence of lone pairs, but the electron - domain geometry is always tetrahedral for sp³ hybridization.