5

Draw five different skeletal structures that would have the molecular formula 8...

Question

Draw five different skeletal structures that would have the molecular formula 8

Draw five different skeletal structures that would have the molecular formula 8



Answers

Draw a skeletal structure for each of the compounds in Problem 58 .

So I've rear end out the equations for the ice immersion problem. Seven You were asked to draw the skeletal structures, starting with part a bridge over the aeons that I summers of these compounds. If I like to start by drawing the carbon to carbon double bond, we look at the carbon on the left. So I'll be this one of the double bond you have with two carbons involved in a double bond. Carbon on the left is attached to a hydrogen which I will draw, and then a two carbon chain. So 12 carbon on the right. Also, it has to a hydrogen and a one carbon chain. So since the two high priority groups here and here are on opposite sides of the double bond, this is E configuration. He also right in these air to hide regions and those air lower priority. I will not be driving hydrogen for the said configuration again, we're going to start with the carbon carbon double bond, keep one side the same and then changed the direction of another group. So this ch three group on the right put it facing down. So no, both of the high priority groups are on the same side of the double bond. So this is that configuration and our two hydrogen will be up there like that for her p. Again, I like to start with the carbon carbon double bonds. That's thes two carbons here, carbon on the left attached to a two carbon chain and also a chlorine carbon on the right attached to a hydrogen and also another two carbon sheen. So for the carbon on the left, the group with the highest party with the highest priority is the chlorine. Since it has a higher atomic number and the carbon on the right, the group of the highest priority will be that to carbon group and not the hydrogen was attached to. Since the carbon has a higher atomic number, it wasn't the high party groups from all sides of the double want this has he configuration to draw the side configuration. You will keep one side the same and once I difference will keep the left side the same. Then the groups on the right will switch their positions so the hydrogen will be the top. There are two carbonated will be at the bottom now are too high. Priority groups are on the same side of the double bond, and this house, that configuration for Part C again start with the carbon to carbon double bond. So these two carbons here carbon. The left has a four carbon chain, so I was like this one, too 34 And it's also attached to re to carbon chain carbon on the right. It's attached to a carbon, which is attached to a chlorine and also a carbon here that it attached to two other CH three groups So I would look like this. We look at the carbon on the left of the double bond. This will be the higher priority group, since the longer carbon chain and the group with Higher party on the right will be this group with the chlorine, since they're identical up until this carbon over this curb on the top is attached to to Harmon's in a hydrogen carbon. On the bottom is it have to two headed ins and chlorine in Florida's higher told me number, so it has a higher priority. So since the two high priority groups were on opposite sides of the double bond, this is your configuration and to draw Does that configuration. We will keep one side the same so to the left side and put the chlorine at the top in this group of the bottom. And now the high priority groups are on the same side of the double bond. So this is that configuration massacre party. This is a carbon carbon double bond. Draw that here. Carbon on the left is attached to a to carbon chain 12 and also in O H group and those attached to a carbon which is double bonded to an oxygen coming on the right is it has to a carbon that is triple bonded to another carbon and a carbon thought is it has should three ch three groups looking at the carbon on the left of the double bond, the group of the highest priority. You will look and see that both of them were touched. A carbon Suherman here in carbon here over the karma at the top here is born into to hide regions and another carbon group. The bottom is attached to one hydrogen and double wanted to an oxygen. So since the oxygen has a higher Thomas number than the carbon it will. This will be the high priority group on the left high priority group. On the right will be the carbon carbon triple bond, since triple bonds have higher party than the carbon in carbon single bonds. So for this, the high party groups run opposite sides of the double bond. Has he configuration to draw those that configuration? We will just change one side. People outside the same switch, the location of the groups on the right. Now we're high priority groups from the same side at the bottom, and this will be set configuration.

Hello there students today we're going to draw the skeletal formula for a mix. Try a sill glass cyril that contains three paul Matic acid molecules. So how we go about drawing this, is that what do a C. H two together? Uh We have our see through on that. Draw the line, press CCH too 14 them to a CH three. Yeah I do because he A C. H. Then down here see age too. And we'll get to that later. You don't do it. Oh can I just eat on that up And then your c. h. two 14 CH. three. We're gonna do it down here. Make a draw line seat upon that. Press F. ECH two during the 14. Let's see three then that's how you do it. I hope you found this very helpful. They fix this parentheses so it doesn't look so weird. Okay. Mhm. Yeah. And, yep that's it. I hope I was helpful and please feel free to look at other content from the creators that go over and explain whatever chapter questions you need extra help with. Okay bye.

Those structures in Name five, Structural or compound C 68 14. Let's come to despise the Okay, that's horrible. N h Plus two. Since their own districts covering travel homes present this compound, the simplest one is preaching. You said that six carbon? Yeah. Now two and 31 range one winch is coming to two of American Game because in the principal chin there are five. Yeah, Compound three is similar, but now the book is attached to a carbon three. So it's three. Something there. Then let's go. To be engaged to the government chain with four currents. Now they deliver this game and it looks like a beached carbon two and three 23 dot make of beauty. And finally, it's here, they hear you think. But now both groups, in addition to the same carbon ma mature and it must be me every time. So to diagnose your game and we choose number for the principal chain for science towards numbers or for substitutes. Mm.

So for this question, were asked to draw the convinced structural formula for four different structural ice injuries with something like, We're formula before it's a So let's start off where we have a square. This is called Cycle Beauty and has four carbons. 1234 You can also have something that looks like that and there's a double bottom here. This is one beauty. You know, I also have a double bond at the second carbon. This is called to beauty. And I lost one. Something like this. This is metal hoping


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