sp³
In summary, the hybridization of the sulfur atom in SO42- is , which leads to a tetrahedral geometry. The sp3 hybridization results in four equivalent hybrid orbitals, which form σ bonds with the oxygen atoms. This stable anion is commonly found in many sulfate salts.
The molecular orbital diagram of SO42- can be constructed by combining the sp3 hybrid orbitals of sulfur with the p orbitals of oxygen. This results in the formation of four σ bonding orbitals and four σ* antibonding orbitals.
sp³
In summary, the hybridization of the sulfur atom in SO42- is , which leads to a tetrahedral geometry. The sp3 hybridization results in four equivalent hybrid orbitals, which form σ bonds with the oxygen atoms. This stable anion is commonly found in many sulfate salts. hybridization of so42
The molecular orbital diagram of SO42- can be constructed by combining the sp3 hybrid orbitals of sulfur with the p orbitals of oxygen. This results in the formation of four σ bonding orbitals and four σ* antibonding orbitals. sp³ In summary, the hybridization of the sulfur