Using the following Latimer diagram for bromine, `pH=0, BrO_(4)^(-) overset(1.82 V)rarr BrO_(3)^(-)overset(1.50 V)rarr HBrO overset(1.595 V) rarr Br_(2) overset(1.06552 V) rarr Br^(-)` the species undergoing disproportionation isA. `BrO_(4)^(-)`B. `BrO_(3)^(-)`C. HBrOD. `Br_(2)`

Using the following Latimer diagram for bromine, `pH=0, BrO_(4)^(-) ov

1.	Using the following Latimer diagram for bromine, `pH=0, BrO_(4)^(-) overset(1.82 V)rarr BrO_(3)^(-)overset(1.50 V)rarr HBrO overset(1.595 V) rarr Br_(2) overset(1.06552 V) rarr Br^(-)` the species undergoing disproportionation isA. `BrO_(4)^(-)`B. `BrO_(3)^(-)`C. HBrOD. `Br_(2)`
Answer» Correct Answer - C It the potential to the left of a given chemical species is less than that to the right, the species will undergo disproportionation.

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Using the following Latimer diagram for bromine, `pH=0, BrO_(4)^(-) overset(1.82 V)rarr BrO_(3)^(-)overset(1.50 V)rarr HBrO overset(1.595 V) rarr Br_(2) overset(1.06552 V) rarr Br^(-)` the species undergoing disproportionation isA. `BrO_(4)^(-)`B. `BrO_(3)^(-)`C. HBrOD. `Br_(2)`

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