Iodine will be able to displace chlorine from

(A): Bromine does not displace chlorine from its salt solution (R): Chlorine is displaced from its oxysalt by bromine

The E^(@) values of redox complex of halogens are given. Based on these values mark the correct statement. E_(I_(2)//CI^(-))^(@)=+0.54V, E_(Br_(2)//Br^(-))^(@)=+1.08V , E_(Cl_(2)//Cl^(-))^(@)=+1.36V , (A)Chlorine can displace bromine and iodine from their salt solutions. (B)Chlorine can only displace iodine from its salt solution. (C)Bromine can displace chlorine from its salt solution. (D)Iodine can displace chlorine and bromine from their salt solutions

Gradual addition of KI solution to Bi(NO_(3))_(3) solution initially produces a dark brown precipitate which dissolves in excess of KI to give a clear yellow solution. In the above formed iodine, displaces chlorine from which one of the compound.

In the reaction, I_(2)+2KClO_(3)rarr2KIO_(3)+Cl_(2) i) Iodine is oxidised ii) Chlorine is reduced iii) Iodine displaces chlorine iv) KCIOP_(3) is decomposed The correct combination is

(A) Iodine oxides are more stable than chlorine and bromine oxides (R ) Iodine is the solid halogen ,but chlorine and bromine are gaseous and liquid halogens

Asseration: Iodine does not displace Cl_(2) or Br_(2) from their chlorides and bromides but displace them from their oxo-salts. Reason: E_(op)^(@)" of "I_(2)gtE_(OP)^(@)" of "Cl_(2) " or "Br_(2)

Which type of chemical reactions take place when chlorine displace bromine from potasium bromide solution.