Question
does 6 moles of s2o32- react with 1 mole of bro3-??
is my answer right?
Based on the stoichiometry of Equations (1) and (4) ta Monica College ole(s) of S,0,3 are consumed for every rate of the reaction can be defined as the rate of decrease o mole(s) of Bro, that react. Theref ore, the values of a and b in the relative rate expression: Rate of Reaction- ABr0U actually the average rate of the reaction over the time interval BrO, and therefore the rate of the reaction is contin uously decreasir consumed in each of your four mixtures. Then use the va expression above to determine the corresponding initial rate of reaction in terms of the change in average rate as being equal to the initial, ndirectly by runninga the previous page to calculate the rate that S o, is riment we can assume that A(BrO3 ] is negligible compared to [Br concentration of BrO reacted. te our measured roxima second re s rate ate of the reaction will be measured i reaction, simultaneously along with the reaction of interest. T of interest and it must co be inherently fast relative to the reaction e products of the Relative Rates of Reaction In this case the parallel re reaction of interest. Reaction Mixture 61 (aq) + BrO(aq) t 6 H"(aq) 312(aq) + Br-(aq) + 3 ELO (r) (M-s) 3L,(a)+6 S,o, (aq)-6I (ag)+38,O, (aq) the In (ag) will be consum
Explanation / Answer
No,6 moles of S2O32- will not react with 1 mole of BrO3- ,because only one mol1 mole of S2O32- is required to react with 2 moles of BrO as bromi e is a oxidizing agent which oxidise s2o3 2-( oxidation number of sulphur+2) to SO42- (oxidation number+6)
