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)`A. If both asseration and reson are true and the reason is the correct explanation of the asseration.B. If both asseration and reason are true ans the reason is the correct explanation of the asseration.C. If asseration is true but reason is false.D. If asseration is false but reason is true.

Asseration: Iodine does not displace `Cl_(2)` or `Br_(2)` from their c

1.	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)`A. If both asseration and reson are true and the reason is the correct explanation of the asseration.B. If both asseration and reason are true ans the reason is the correct explanation of the asseration.C. If asseration is true but reason is false.D. If asseration is false but reason is true.
Answer» Correct Answer - B `2HClO_(3)+I_(2)to2KO_(3)+Cl_(2)` `KCl+I_(2)to"No reaction"toE_(OP)^(@)` of `ClltE_(OP)^(@)`of `I`, Thus, `I` will oxidise and `Cl` will reduce.

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