Write structural formulas for all the constitutional isomers of molecular formula C3H6O that contain
(a) only single bonds
So now here we got C3H6O, so we can go ahead and calculate our ihd, right? But we're going to go ahead and separate this by just drawing compounds with a single bond and then only with double bonds, okay? So we've got 2n plus 2 minus H and we know here that H's are equal to one and oxygen's are equal to 0, right? So we are just and count them, so now this is all divided by 2, right? And then we come in and we say we've got, I'm going to go ahead and just simplify this, right? We know that we've got three carbons here, so that's 2 times 3 is 6 plus 2, that's going to give us 8 minus 6 here. So, 2 divided by 2 that's going to give us an I HD of 1, which means that we've got a ring, right? Since we're only allowed to have single bonds, so we can say is we've got a triple bond, a cyclopropane like this and then we can go ahead and kick off our OH up there, can we do anything else? absolutely we can go ahead and give ourselves a cyclic ether, right? With a four membered ring, can we do anything else? sure, we can do a three membered ring that looks like this with our ol here or other carbon there bonded, and then we just have a methyl group coming off, nothing wrong with that, that works out perfectly, can we do anything else? no, actually we can't, so now let's go ahead and focus on our double bonds, so we can say that we've got our 3 carbons like that and we have our OH coming off and we can add our double bond there, we can also do this, to put our double bond over here and our OH over here, can we do anything else? sure, right? We have a cyclic ether over here, but let's just add a regular ether, so we have an O there, two carbons there, double bond there and then we've got this guy right here, right? So, there we go, can we do anything else? Not really, if we just follow this kind of path where we don't actually double bond to our O, right? We can do something like this, double bond O, that's perfectly fine and we can also do something like this, double bond O, right? Those all work, is there anything else that we can do? No, right? this is all we can do, we have eight structures here total 1, 2, 3, 4, 5, 6, 7, 8, okay guys? if you have any questions please feel free to let me know, if not, let's move on.