posted by Hannah on .
I posted a question like this but my numbers were actually wrong. These are the correct ones.
5.94e-3 / 1.11e-3 = 5.33e-2/2.66e-2
5.35 = 2.00^m
I guess this is not correct because I do not know a whole number that will give you 5.35.
Chemistry - DrBob222, Tuesday, February 28, 2012 at 9:28pm
Nor do I.
That works out to be 2^2.4 = 5.35
Chemistry - Hannah, Tuesday, February 28, 2012 at 9:32pm
It says to round the calculated p,q or z values to the nearest integer so that would be 5. Do you think that my numbers for M or rate are just incorrect?
Chemistry - Hannah, Tuesday, February 28, 2012 at 9:39pm
Im pretty sure the concentrations that I obtained for the 5 flasks used are correct im just not sure I calculated the rate for each correctly.
I was suppose to use the number of moles of I2 produced/L*min. For my I2 I got 6.66e-3 which was half of the S2O3^2- value which was 3.33e-3.
For the rate of each flask I used 6.663-3 / the time of reaction that we collected in minutes so for the first one I did 6.66e-3/1.12min and got 5.94e-3. Did I do this correctly?
I think things have become out of hand. It looks as if you did things right. I wolld not round to 5. I expect 4 would be better to use so that would make it second order since 2^2 = 4.
If 2^2.42 = 5.35; it might be reasonable to think that the actually value was 2^2 = 4