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Rate Law Equation For the reaction: aX + bY products r = k [X] m [Y] n Where r = reaction rate k = rate constant [X] & [Y] = concentration of X & Y m & n = order of reaction with respect to X & Y m + n = overall order of the reaction Note: m, n, & k must be determined experimentally!
![Rate Law Equation For the reaction: aX + bY products r = k [X] m [Y] n Where r = reaction rate k = rate constant [X] & [Y] = concentration of X & Y m & n = order of reaction with respect to X & Y m + n = overall order of the reaction Note: m, n, & k must be determined experimentally!](http://images.slideplayer.com/25/8124398/slides/slide_1.jpg "Rate Law Equation For the reaction: aX + bY products r = k [X] m [Y] n Where r = reaction rate k = rate constant [X] & [Y] = concentration of X & Y m & n = order of reaction with respect to X & Y m + n = overall order of the reaction Note: m, n, & k must be determined experimentally!")
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Zeroeth-Order Reaction
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First-Order Reaction
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Second-Order Reaction
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The Iodine Clock Reaction http://www.chem.iastate.edu/group/Greenbowe/sections/projectfolder/flashfiles/kinetics2/iodine_clock.html Persulfate variation Iodine is generated: 2I - (aq) + S 2 O 8 2- (aq) → I 2 (aq) + 2 SO 4 2- (aq) And is then removed: I 2 (aq) + 2 S 2 O 3 2- (aq) → 2I - (aq) + S 4 O 6 2- (aq) Once all the thiosulfate is consumed the Iodine may form a complex with the starch.
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