H2 is purely covalent, as are all diatomic molecules consisting of only one element.
The molecule is covalent, the N-F bonds are polar covalent.
no. it is a non-polar covalent molecule
Water molecule is polar covalent, but has a negligible ionic behavior.
Does NOT exist. but CO2 is polar covalent
No. Na2O is an ionic compound.
The molecule is covalent, the N-F bonds are polar covalent.
no. it is a non-polar covalent molecule
Water molecule is polar covalent, but has a negligible ionic behavior.
Does NOT exist. but CO2 is polar covalent
ionic compound
No. Na2O is an ionic compound.
Polar covalent bonds. Not that due to the symmetry of the molecule (tetrahedral) the bond dipoles cancel each other out and overall the molecule is non-polar.
BF3 has polar covalent bonds. It is planar and symmetric so the net dipole moment of the molecule is zero.
Water is a liquid and is usually considered to be the solvent. Water dissolves solutes. Many ionic compounds, but not all, are soluble in water. Water has negative and positive areas on the molecule so it is ideally suited to dissolving the negative and positive ions of an ionic substance. Purely covalent compounds, non-polar, are not supported by water so do not dissolve. Purely covalent, non-polar compounds have no negative and positive areas for the water to support.
A strongest polar covalent bond cannot be defined as every such bonds contain ionic and covalent properties to a certain percentage.
SnF4 wold be a nonpolar molecule, but it has polar covalent bonds. But since there are 4 of them, all equal, they cancel each other and thus the molecule itself is non polar.
Polar Covalent