When chlorine gas is passed through an aqueous solution of KBr, the solution turns orange brown due to the formation of

Question

When chlorine gas is passed through an aqueous solution of KBr, the solution turns orange brown due to the formation of (A) KCl (B) HCl (C) HBr (D) Br 2

Tardigrade Admin · Accepted Answer

When chlorine gas is passed through an aqueous solution of

K B r

, the solution turns orange brown due to the evolution of bromine gas. The equation for the above reaction can be written as

C l_{2} + 2 K B r ⟶ Orange brown 2 K Cl + B r_{2} ↑

Q. When chlorine gas is passed through an aqueous solution of $K B r$ , the solution turns orange brown due to the formation of

$K Cl$

$H Cl$

$H B r$

$B r_{2}$

When chlorine gas is passed through an aqueous solution of $K B r$ , the solution turns orange brown due to the evolution of bromine gas. The equation for the above reaction can be written as
$C l_{2} + 2 K B r ⟶ Orange brown 2 K Cl + B r_{2} ↑$

Q. When chlorine gas is passed through an aqueous solution of KBr, the solution turns orange brown due to the formation of

KCl

HCl

HBr

Br2​