For the reaction
`3Br_(2)+6OH^(ө)-ltBr^(ө)+BrO_(3)^(ө)+3H_(2)O`
Equivalent weight of `Br_(2)` (molecular weitht M) is

In hot alkaline solution, disproportionates to Br^(-) and BrO_(3)^(-) . 3Br_(2) + 6OH^(-) to 5Br(-) + BrO_(3)^(-) + 3H_(2)O Hence, equivalent weight of Br2 is (molecular weight = M)

In the reaction Bromine 3Br_2 + 6 OH^(-) rarr 5 Br ^(-) + BrO_3^(-) + 3H_2O

In the reaction Bromine 3Br_2 + 6 OH^(-) rarr 5 Br ^(-) + BrO_3^(-) + 3H_2O

In the reaction 3Br_(2)+6CO_(3)^(2-)+3H_(2)Orarr5Br^(ө)+BrO_(3)^(ө)+6HCO_(3)^(ө)

In the reaction 3Br_(2)+6CO_(3)^(2-)+3H_(2)Orarr5Br^(ө)+BrO_(3)^(ө)+6HCO_(3)^(ө)

In the reaction: 3Br_(2)+6OH^(Theta)rarr 5Br^(Theta)+BrO_(3)^(Theta)+3H_(2)O,Br_(2) is

In the reaction: 3Br_(2)+6OH^(Theta)rarr 5Br^(Theta)+BrO_(3)^(Theta)+3H_(2)O,Br_(2) is