In the conversion $Br_2 \to BrO_3^-$,the oxidation state of bromine changes from

  • A
    $0$ to $-1$
  • B
    $0$ to $+1$
  • C
    $0$ to $+5$
  • D
    $0$ to $+7$

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Similar Questions

What are the oxidation numbers of the underlined elements in each of the following and how do you rationalise your results?
$(a)$ $K\underline {I_3}$
$(b)$ $H_2\underline {S_4}O_6$
$(c)$ $\underline {Fe_3}O_4$
$(d)$ $\underline {C}H_3\underline {C}H_2OH$
$(e)$ $\underline {C}H_3\underline {C}OOH$

Oxidation state of manganese in potassium permanganate is:

The oxidation number of an element in a compound is evaluated on the basis of certain rules. Which of the following rules is not correct?
$1$. The oxidation number of hydrogen is always $+1$.
$2$. The algebraic sum of all the oxidation numbers of all elements in a compound is zero.
$3$. An element in the free or the uncombined state bears oxidation number zero.
$4$. In all its compounds,the oxidation number of fluorine is $-1$.

The oxidation state of nitrogen is highest in

What is the oxidation state of nitrogen in the oxide of nitrogen formed by heating ammonium nitrate?

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