polar covalent - use the electronegativity difference
SiCl4 has tetrahedral geometry as predicted by VSEPR theory.
Covalent bonding.
Polar covalent bonding
Covalent
4
covalent
ionic bonding
ionic bonding
:Structure of SiF4 is a regular tetrahedron, any regular geometry has net zero dipole moment as all individual dipole in a molecule cancel the effect of each other. About paramagnetic behaviour of oxygen gas, according to the Molecular Orbital theory oxygen has two unpaired electron in its Pi anti bonding molecular orbital, which is the cause of their paramagnetism.
Barium sulfide is an ionic compound.
The bonds are covalent.
Type of bonding between elements in a compound chemical-chemically is chemical bonding.
ionic bonding
ionic bonding
:Structure of SiF4 is a regular tetrahedron, any regular geometry has net zero dipole moment as all individual dipole in a molecule cancel the effect of each other. About paramagnetic behaviour of oxygen gas, according to the Molecular Orbital theory oxygen has two unpaired electron in its Pi anti bonding molecular orbital, which is the cause of their paramagnetism.
Chlorine can be involved in both ionic and covalent bonding. As it is a chloride, I would believe it to be a ionic bond, as a covalent bond would state the number of chloride atoms, e.g. dichloride.
covalent
it is ionic type of bonding
HCl is a covalent compound.
Barium sulfide is an ionic compound.
The bonds are covalent.
SiF4 is a covalent molecule. The rule that a bond is ionic if the difference in electronegativities is >1.7 is only a rule-of-thumb. It has a low melting point etc. and all the characteristics of a covalent molecular substance. The covalent bonds however are very polarised and SiF4 is rapidly hydrolysed by water.
A metal and a nonmetal.