The straight chain polymer is formed by

Question

The straight chain polymer is formed by (A) hydrolysis of (CH3)3 SiCl followed by condensation polymerisation (B) hydrolysis of CH3SiCl3 followed by condensation polymerisation (C) hydrolysis of ( CH3)4 Si by addition polymerisation (D) hydrolysis of (CH3)2SiCl2 followed by condensation polymerisation

Tardigrade Admin · Accepted Answer

Straight chain silanes are silicon oils. These are more stable at high temperature than mineral oils and have less tendency to thicken at low temperature.

Q. The straight chain polymer is formed by

hydrolysis of $(C H_{3})_{3} S i Cl$ followed by condensation polymerisation

hydrolysis of $C H_{3} S i C l_{3}$ followed by condensation polymerisation

hydrolysis of $(C H_{3})_{4} S i$ by addition polymerisation

hydrolysis of $(C H_{3})_{2} S i C l_{2}$ followed by condensation polymerisation

Straight chain silanes are silicon oils. These are more stable at high temperature than mineral oils and have less tendency to thicken at low temperature.

Q. The straight chain polymer is formed by

hydrolysis of (CH3​)3​SiCl followed by condensation polymerisation

hydrolysis of CH3​SiCl3​ followed by condensation polymerisation

hydrolysis of (CH3​)4​Si by addition polymerisation

hydrolysis of (CH3​)2​SiCl2​ followed by condensation polymerisation

Straight chain silanes are silicon oils. These are more stable at high temperature than mineral oils and have less tendency to thicken at low temperature.

hydrolysis of $(C H_{3})_{3} S i Cl$ followed by condensation polymerisation

hydrolysis of $C H_{3} S i C l_{3}$ followed by condensation polymerisation

hydrolysis of $(C H_{3})_{4} S i$ by addition polymerisation

hydrolysis of $(C H_{3})_{2} S i C l_{2}$ followed by condensation polymerisation