Question

The straight chain polymer is formed by:
(a) Hydrolysis of $C{H_3}SiC{l_3}$ followed by condensation polymerization
(b) Hydrolysis of ${\left( {C{H_3}} \right)_4}Si$ by addition polymerization
(c) Hydrolysis of ${\left( {C{H_3}} \right)_2}SiC{l_2}$ followed by condensation polymerization
(d) Hydrolysis of ${\left( {C{H_3}} \right)_3}SiCl$ followed by condensation polymerization

Answer 1

Hint: We know that polymerization is a cycle through which countless monomer particles respond together to frame a polymer. The macromolecules delivered from a polymerization may have a direct or a fanned design. They can likewise expect the state of an intricate, three-dimensional organization. There exist a few distinct classes of polymerization responses, the most outstanding of which being step-development polymerization, chain-development polymerization the two of which fall under the classification of expansion polymerization, and buildup polymerization.

Complete answer:
We need to know that the most basic polymerization responses include the arrangement of polymers from alkenes through free-revolutionary response. Polyethylene, which is perhaps the most monetarily significant polymers, is readied by means of such a polymerization interaction the reactant monomer utilized here is ethylene. It tends to be noticed that polymerizations including just one kind of monomer are called homopolymerizations though those including more than one sort of monomer are called copolymerization measures. Polymerization in the easiest structure can be portrayed as substances that cycle those outcomes in the arrangement of polymers.
We need to know that a polymer is a substance that is made up of huge particles that are, thus, composed of many rehashing units called monomers. Polymerization is the cycle through which these monomers meet up to frame the macromolecules that establish polymers
Hydrolysis of subbed chlorosilanes yields relating silanols which go through polymerization. Among the given chlorosilanes in the options, just \[{\left( {CH3} \right)_2}SiC{l_2}\] will give direct polymer on hydrolysis followed by polymerization. Hence option C is correct.

Note:
In straightforward words, we can fundamentally portray Polymerization as the way toward making polymers. At the point when polymerization happens, the more modest particles which are known as monomers by means of synthetic response are consolidated to shape bigger atoms. An assortment of these huge atoms structure a polymer. The term polymer in everyday signifies "enormous particles" with higher sub-atomic mass. They are likewise alluded to as macromolecules.