Convert the following line structures to condensed structures:
b.

Question

Convert the following line structures to condensed structures:

b.

Accepted Answer

Hello everyone today. With the following problem provide the condensed structure of the following line structure. So for these, each vertex and each line will will represent or each line ending will represent a carbon atom. And hydrogen atoms are not shown instead, they are rather implied in order to satisfy the valency of carbon atoms which can hold four atoms. And so the first thing we wanna do is we want to identify the carbon backbone, which is the longest carbon chain we want number it. And so because this molecule is symmetrical numbering, it can start at any one of these points. So we can start from the bottom left and work our way to the top right, so that we have six carbons. And so we want to identify as well, these substituents which are any groups that are not a part of the carbon chain or the parent chain. And we have two of them, two ethyl groups. And then the last bit is to fill any hydrogen atoms for our compound. So for carbon one, we have a carbon that it has to be bound to three other hydrogens to fulfill the tetravalency of carbon we see we have carbon two that is bonded to one other car two other carbons. So it must have two hydrogens. We have carbon three that is bound to three hydrogens and one or three carbons and one hydrogen. However, when drawing this, we want to first include the hydrogen that is bound to and that we want to include the ethic group that it is bound to. So we will do that with our CH two followed by RCH three, looking at carbon four, it is the same thing as carbon three. We have our one hydrogen and then we can see that is bound to an ethyl group. So we have CH two followed by CH three and then we have our fifth carbon and our fifth carbon is just like carbon two such that it is bound to two carbons and two hydrogens. And the last but not least we have carbon six, which is just like carbon one in that it is one carbon that is bound to one other carbon and also three hydrogens. And if we were to put this condensed firmly together, we would see that Tito a best reflects this. And so with that, we have solved the problem overall, I hope it's helped. And until next time.

Convert the following line structures to condensed structures:
b.

Verified video answer for a similar problem:

Key Concepts

Line Structures

Condensed Structures

Data Visualization

Convert the following line structures to condensed structures:b.

Verified video answer for a similar problem:

Key Concepts

Line Structures

Condensed Structures

Data Visualization

Convert the following line structures to condensed structures:
b.