On the surface of polar stratospheric clouds, hydrolysis of chlorine nitrate gives A and B while its reaction with \( HCl\) produces B and C. A, B and C are, respectively

Q.

In polar stratospheric clouds, chlorine nitrate on hydrolysis yields:

Q. Calcium imide on hydrolysis gives a gas $B$, which on oxidation by bleaching powder gives a gas $C$. Gas $C$ on reaction with magnesium gives a compound $D$, which on hydrolysis again gives a gas $B$. Hence, $B,C$ and $D$ are respectively:

Q. Acetonitrile on reaction with $C_2{H}_{5}MgBr$, followed by hydrolysis, gives compound $A$, which on further hydrolysis gives $B$ and $C$. $B$ and $C$ are:

Q. Calcium imide on hydrolysis will give gas (B) which on oxidation by bleaching powder gives gas (C). Gas (C) on reaction with magnesium gives compound (D). (D) on hydrolysis gives again gas (B). (B), (C) and (D) respectively are :

Q. A translucent white solid $\left(A\right)$ reacts with excess of chlorine to give a yellowish white powder $\left(B\right).$ $\left(B\right)$ reacts with organic compounds containing $-OH$ group converting them into chloro derivatives. $\left(B\right)$ on hydrolysis gives $\left(C\right)$ and is finally converted to phosphoric acid. $\left(A\right),\left(B\right)$ and $\left(C\right)$ are: