Answer:
The correct answer is - polar covalent with a negative partial charge on the hydrogen atom.
Explanation:
The estimated electronegativity value for hydrogen (H) is 2.1 and 1.9 for silicon (Si) so silicon is a bigger atom than carbon, it will likewise have a bigger electron cloud. This implies silicon has more noteworthy polarizability than carbon does.
On account of the Si-H bond, this will permit the more hydrogen, which is more electron negative, to twist to change the shape of silicon's electron cloud and forms two parallel charges, a positive charge one on the silicon atom and a negative charge on the hydrogen atoms.
Subsequently, the bond among silicon and hydrogen will to be sure be viewed as polar covalent with a negative incomplete charge on the hydrogen atom.
