Anomalous ones may occur in compounds with atoms of an ns2 configuration, as in triple bonds between atoms of lead or germanium. Chelation results from ligands that may bind to multiple sites of a metal ion because of their presence, and hydrogen atoms attract those in highly electronegative atoms via intermolecular hydrogen bonding. Responsible for water's bent geometry, molecular angles predicte
Anomalous ones may occur in compounds with atoms of an ns2 configuration, as in triple bonds between atoms of lead or germanium. Chelation results from ligands that may bind to multiple sites of a metal ion because of their presence, and hydrogen atoms attract those in highly electronegative atoms via intermolecular hydrogen bonding. Responsible for water's bent geometry, molecular angles predicted by VSEPR theory take into account, FTP, what couples of valence electrons that do not take part in bonding or sharing with other atoms?
Anomalous ones may occur in compounds with atoms of an ns2 configuration, as in triple bonds between atoms of lead or germanium.
lone pairs