So we're giving the following reaction. We have an organic compound that is being reacted with acetic acid and heat were also given that this occurs with anyone Elimination reaction. So we want to go ahead and predict what products we're going to get from this reaction. And of course, the first step we know for anyone elimination reaction is that where are leaving group is first gonna leave, So that would be our bromide. Okay, I'll highlight. So that will leave. And we're gonna get the formation of a carbo Kati on here. In our case, it's going to be a tertiary carbo cat down. And now we can go ahead and do our deep throat nation with our acetic acid. See the gas. It is a pretty weak base, but once we put a lot of heat into it, it's capable of deep resonating. So let's say we're going to d a pro. Nate, this hydrogen here. And so we have our acetic acid right, which is going to come in now a pro. Nate, that and the electrons of this hydrogen are going to get pushed down here, so that is going to give us the following product where we get this formation of this south keen now we can also de protein ate at a different hydrogen as well. So let's say since we have our car broke a tie on intermediate here would say we Oops, make that read here the appropriate at this beta hydrogen. So once again, our acetic acid will come in here and deeper. Nate, this hydrogen, the electrons are going to get push down two to form this new pi bon. And now we get the following Ah all keen product. Well, we also get one more product as well, because we have to think about the hydrogen is on the method group. Right? So let's say you know, make that red. Here there's three hydrogen zahn this method group, but I'm just gonna draw one of them. So what about that hydrogen there? And once again, this is drawn from our tertiary carbo cattle on. So now we can go ahead and perform are deprived nation of that, using our acetic acid again. That's gonna come in Andy Pro Nate, that and ah, we're going to get the electrons from the hydrogen coming down here informing this by bond and now we're going to get the following product are all keen product. And now we want to go ahead and predict which one is going to be the major product. Well, we know that the, um, sidesteps rule the more substance waited, um, or substituted. Sorry, Al Kane is going to be the more, ah, major product. So let's go ahead and count our substitutes for you talking for the 1st 1 we have for constituents. And for the 2nd 1 here looks like we only have three cest issuance. And for the last one here, we only have to serve situates. So since our 1st 1 has forces issuance it, there's going to say Viet sites that's rule, that this is going to be the major product.