Based on the stoichiometry of Equations (1) and (4) mole(s) of S,o, are consumed

Question

Based on the stoichiometry of Equations (1) and (4) mole(s) of S,o, are consumed for every molels) of pr0, that react. Therefore, the values of a and b in the relative rate expression: are a-and b a At b At Use your concentration and time data from the previous page to calculate the rate that S,O, is consumed in each of your four mixtures. Then use the values of a and b in the relative rate expression above to determine the corresponding initial rate of reaction in terms of the change in concentration of BrOs reacted. Relative Rates of Reaction: MixtureAA Show sampie calculations below lustrating how you amived at the values for Reaction Mixture 1

Explanation / Answer

For every mole of BrO3- = 3 moles of I2 is produced.

Also, 3 moles of I2 combine with 6 moles of S2O32-.

So, every mole of BrO3- that react requires 6 moles of S2O32- for the fast reaction to take place.

Also, from the given reactions it can be seen that:

a= 1 and b=6.

For the remaining question, the concentration and time data is not given in the question, so only the first two parts are solved.

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