I would really appreciate it if someone showed me how to solve this problem. I bolded the correct answer. Thank you

1. The reaction BrO₃^- (aq) + 5Br^- (aq) + 6H ⁺ (aq)---> Br₂(aq) + H₂O (l) is the first order in BrO₃^- , second order in Br^-, and zero order in H ⁺ at temperatures less than 500K. By what factor will the reaction rate change if each of the concentrations of BrO₃^- ,Br^-, H ⁺ are tripled at 500K?

a.64

b.27

c.16

Question

I would really appreciate it if someone showed me how to solve this problem. I bolded the correct answer. Thank you

1. The reaction BrO₃^- (aq) + 5Br^- (aq) + 6H ⁺ (aq)---> Br₂(aq) + H₂O (l) is the first order in BrO₃^- , second order in Br^-, and zero order in H ⁺ at temperatures less than 500K. By what factor will the reaction rate change if each of the concentrations of BrO₃^- ,Br^-, H ⁺ are tripled at 500K?

a.64

b.27

c.16

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