neutrons! Jdsty17. You are given balls and stick model of six carbon a

1.	neutrons! Jdsty17. You are given balls and stick model of six carbon atoms and fourteen hydrogen atoms and sul leientG number of sticks. In how many ways one can join the models of six carbon atoms and fourteen hydrogenatoms to form different molecules of C6Hi4.
Answer» There are three ways to join the models of six carbon atoms and fourteen hydrogen atoms to form different molecules of C6H14 First way is straight chain of carbon atoms Second way is branched chain of carbon atoms Third way is closed chain of carbon atoms. Isomers of C6H14 are shown below. We can arrange the number of C atoms as follows: Hexane2-methyl pentane3-methyl pentane2,2-dimethylbutane2,3-dimethyl butane

neutrons! Jdsty17. You are given balls and stick model of six carbon atoms and fourteen hydrogen atoms and sul leientG number of sticks. In how many ways one can join the models of six carbon atoms and fourteen hydrogenatoms to form different molecules of C6Hi4.

Answer»

There are three ways to join the models of six carbon atoms and fourteen hydrogen atoms to form different molecules of C6H14

First way is straight chain of carbon atoms

Second way is branched chain of carbon atoms

Third way is closed chain of carbon atoms.

Isomers of C6H14 are shown below. We can arrange the number of C atoms as follows:

Hexane2-methyl pentane3-methyl pentane2,2-dimethylbutane2,3-dimethyl butane