The following compound `(CH_(3))_(n) Si (Cl)_(4 n)` on hydrolysis and on subsequent polymerisation gives a branched chain silicone. What is the value of n?

(CH_(3))_(2) SiCl_(2) on hydrolysis and on subsequent polymerisation will produce :

The compound (CH_(3))_(m) Si (Cl)_(n) on hydrolysis and on subsequent polymerisation gives cross linked silicone, then 'm' and 'n' are respectively

Alkyl substituted chlorosilane, R_n SiCl_((4-n)) , on hydrolysis and then condensation polymerisation yield silicones What is the value of n is the alkyl substituted chlorosilane used for the preparation of cross linked silicone.

The IUPAC name of the compound (CH_(3))_(3) N is

(CH_(3))_(3) N + CH_(3) COCI gives

Which of the following compounds reaction with excess CH_(3)MgBr and subsequent hydrolysis will give a tertiary alcohol ?

Which of the following compounds on hydrolysis, followed by polymerization produces a straight chain silicone? 1) CH_(3)SiCl_(3) 2) (CH_(3))_(2)SiCl_(2) 3) (CH_(3))_(3)SiCl 4) SiCl_(4)

If 3^(n+4)-3^(n+2)=8 , then what is the value of n?