So, in order to figure out the order with respect to each of these reactions were looking for, uh, basically using two experiments where two of the reactors are held constant one that has changed. And we look at the painting, the rate. So put some values on that idea. And so I have the age to SC Um 03 If we want to figure out the order of this, we're looking for two experiments where the contradiction of H plus the concentration of I minus our constant between them but the concentration of H two s, c 03 changes and that one of the experiments that size by that are the 1st and 2nd 1 And so the concentration of H two at C 03 goes from one time center Negative fourth to being too time sensitive before and so obviously that's a two times increase. Now we want to look at how the rate is gonna change. And so it goes from 1.6 600 cents the negative seven to 3.33 time sensitive. Your seventh in this to you can see pretty obviously or you plug into a calculator is a two times increase. Instantly compare these numbers since they're the same. In other words, we're taking you to to the first power. This is going to be a first order reaction with respect to the H two s, c 03 We're gonna do this process for all of them. Now we look at the age plus looking for two experiments where the concentration of the other two reactions are constant and so one that would satisfy that is Experiment one experiment four The concentration of H plus goes from being too some sense in a second being four times tense negus second. And so this is obviously a two times increase. And the rate simultaneously I went from being 1.66 I'm sentinel your seventh being 6.66 times since the negus seventh. And so you can listen Jo Cox later, or just know and you'll realize just a four times increase in the rate. So he compared these two numbers. If we take to square, we get four. And so that tells us that this number this is the order of the reaction with respect to H plus. And so this is a second order reaction with respect to age plus. So we're on our way to, um over already locked. It's tedious, certainly. And finally we have I minus the experiments we could use. We could use Experian number one and then experiment number six. So the concentration of I minus between those two goes from two times 10 today, a second and then 24 I'm sensing a second, and the rate simultaneously goes from 1.66 times Centenario. Seven, 2, 13 0.2. Time center Negative. Seven. You'll see that this is a two times increase. This is an eight times increasing soap, just like before. We have to to the third power equals eight now. And so third power tells us the order with respect to I minus. And so it's first started with respect to age two at 03 second with H plus and third with I'm ice and we can use. That's right. The rate locks the rail always equals a rate constant first, and then we take H two F C 03 to the first power. So just like that, an H plus, but it's squared and then I minus. But it's cute. And so this is our a lot right here. We want to figure out OK, we can plug it any of the experience, find a rate plug in all of these, and we confined. Okay, if you that for multiple of them and find an average, you'll find that the cake now you should get is right around 5.2 times 10 to the fifth. And the units are gonna be definitely unusual. Leaders to the fifth Moles to the fifth per second. This is necessary in order to cancel out all these concentration use that your rate ends up with the commandments. So this is our final answer.