Draw the line bond structures for the following alkenes, cyclic alkenes, and alkynes:Can you explain to me about this part A) noncyclic alkenes that contain 4 carbon atoms (3 possible), please?Can you explain to me about this part B) cyclic alkenes that contain 4 carbon atoms (4 possible), please?Can you explain to me about this part C) alkynes that contain 4 carbon atoms (2 possible, neither of them is a cyclic alkyne), please? 1. Draw the line bond structures for the following alkenes, cyclic alkenes, and alkynes:a) noncyclic alkenes that contain 4 carbon atoms (3 possible)HIH H H|| |H-CC-C-C-H| |H HH|H-C-C HHb) cyclic alkenes that contain 4 carbon atoms (4 possible)HHHH H| |HHHH| | | |H-C- C= C-C-HHH-C = C-C-C-H| |H HHH.H C-HHHandHTH-C-HH-HHTHH-CC-C-HH-CHH|HH|H-C-Hc) alkynes that contain 4 carbon atoms (2 possible, neither of them is a cyclic alkyne)НHHΗHoofH-C- C = C-C-HΗ|H

Answered: 1. Draw the line bond structures for…

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Draw the line bond structures for the following alkenes, cyclic alkenes, and alkynes:

Can you explain to me about this part A) noncyclic alkenes that contain 4 carbon atoms (3 possible), please?

Can you explain to me about this part B) cyclic alkenes that contain 4 carbon atoms (4 possible), please?

Can you explain to me about this part C) alkynes that contain 4 carbon atoms (2 possible, neither of them is a cyclic alkyne), please?

1. Draw the line bond structures for the following alkenes, cyclic alkenes, and alkynes:
a) noncyclic alkenes that contain 4 carbon atoms (3 possible)
H
I
H H H
|
| |
H-CC-C-C-H
| |
H H
H
|
H-C-C H
H
b) cyclic alkenes that contain 4 carbon atoms (4 possible)
H
H
H
H H
| |
HHH
H
| | | |
H-C- C= C-C-H
H
H-C = C-C-C-H
| |
H H
H
H.
H C-H
H
H
and
H
T
H-C-H
H-
H
H
TH
H-CC-C-H
H-C
H
H
|
H
H
|
H-C-H
c) alkynes that contain 4 carbon atoms (2 possible, neither of them is a cyclic alkyne)
Н
H
H
Η
Hoof
H-C- C = C-C-H
Η
|
H

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The line bond structure also called as bond line formula is a representation of the molecular structure of the organic compounds in which neither the carbon nor the hydrogen is shown and the bonds between the atoms of the molecule are shown by a dash in a zig-zag manner.

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