posted by senko on .
Calculate the number of moles of KIO3 consumed by reaction (2.1). Remember, it is the limiting reagent. Using this information, calculate the number of moles of I- that must have been consumed by reaction.
Unbalanced equation: IO -(aq) + I-(aq) + H+(aq) ÿ I (aq) + H O(l)
Concentration of KIO3 is 0.1201 mol/l
Volume of KIO3 is 5.00ml or 0.005 L
I got the amount of mols for KIO3 but have no idea how to get it for I-
Hey this is the same uoit lab I just completed and submitted, if you can tell me your value again for KLO3 (amount of mols) i'll be able to solve it for you
repost, did you do 0.1201 * 0.005=6*10^-4, if so then you'd subtract this number from the one calculated in part 2 and there's your answer