For the chemical reaction5Br⊖+BrO3⊖+6H⊕→3Br2+3H2O Rate =kBr⊖BrO3⊖H⊕2The molecularity and order of reaction with respect to [Br⊝] is

5Br⊖+BrO3⊖+6H⊕⟶3Br2+3H2OMolecularity w.r.t. Br⊖=5Rate = kBr⊖BrO3⊖H⊕2Order w.r.t. [Br⊖] = 1

For the chemical reaction5Br⊖+BrO3⊖+6H⊕→3Br2+3H2O Rate =kBr⊖BrO3⊖H⊕2The molecularity and order of reaction with respect to [Br⊝] is

5Br⊖+BrO3⊖+6H⊕⟶3Br2+3H2OMolecularity w.r.t. Br⊖=5Rate = kBr⊖BrO3⊖H⊕2Order w.r.t. [Br⊖] = 1

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For the chemical reaction
$\begin{array}{l} 5 {Br}^{⊖} + {BrO}_{3}^{⊖} + 6 H^{\oplus} \to 3 {Br}_{2} + 3 H_{2} O \\ Rate = k [{Br}^{⊖}] [{BrO}_{3}^{⊖}] {[H^{\oplus}]}^{2} \end{array}$
The molecularity and order of reaction with respect to [ ${Br}^{⊝}$ ] is

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$5 {Br}^{⊖} + {BrO}_{3}^{⊖} + 6 H^{\oplus} ⟶ 3 {Br}_{2} + 3 H_{2} O$

Molecularity w.r.t. ${Br}^{⊖} = 5$

Rate = $k [{Br}^{⊖}] [{BrO}_{3}^{⊖}] {[H^{\oplus}]}^{2}$

Order w.r.t. [ ${Br}^{⊖}$ ] = 1

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For the chemical reaction5Br⊖+BrO3⊖+6H⊕→3Br2+3H2O Rate =kBr⊖BrO3⊖H⊕2The molecularity and order of reaction with respect to [Br⊝] is

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For the chemical reaction
$\begin{array}{l} 5 {Br}^{⊖} + {BrO}_{3}^{⊖} + 6 H^{\oplus} \to 3 {Br}_{2} + 3 H_{2} O \\ Rate = k [{Br}^{⊖}] [{BrO}_{3}^{⊖}] {[H^{\oplus}]}^{2} \end{array}$
The molecularity and order of reaction with respect to [ ${Br}^{⊝}$ ] is