Check the box under each compound that exists as a pair of cis/trans isomers. If none of them do, check the none of the above box under the table. HỌ—CH=CH2 CH3-CH=CH₂ none of the above CH3 CH3 C CH₂ CH3 CH3 НО C=C -OH X S

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Chapter1: Chemical Foundations
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Check the box under each compound that exists as a pair of cis/trans isomers. If none of them do, check the none of the above box under the table.
HỌ—CH=CH2
CH3-CH=CH₂
0
none of the above
CH3
CH3 C CH ₂
HO
0
CH3 CH3
C C -OH
X
S
Transcribed Image Text:Check the box under each compound that exists as a pair of cis/trans isomers. If none of them do, check the none of the above box under the table. HỌ—CH=CH2 CH3-CH=CH₂ 0 none of the above CH3 CH3 C CH ₂ HO 0 CH3 CH3 C C -OH X S
=
O PRINCIPLES OF ORGANIC CHEMISTRY
Identifying rigid parts of an acyclic organic molecule
In the actual molecule of which this is a Lewis structure, which of the labeled distances can change?
marked
10
H
O
H
B
G1C
F
H
A
N
E
unmarked
C
O
H
List all the distances that can change. For example, suppose all the distances were measured at a certain time, and again 0.1s later. If distance A might
be 50% bigger or smaller the second time, but all the other distances are certain to be the same, you should write "A". If A and B might be different
the second time, but no other distances, you would write "A, B". And so on.
Note for advanced students: you can assume the molecule is dissolved in an appropriate solvent at room temperature.
00....
X
90/5
You can click the "unmarked" tab to see the molecule without any of the distances marked.
5
Ja
Transcribed Image Text:= O PRINCIPLES OF ORGANIC CHEMISTRY Identifying rigid parts of an acyclic organic molecule In the actual molecule of which this is a Lewis structure, which of the labeled distances can change? marked 10 H O H B G1C F H A N E unmarked C O H List all the distances that can change. For example, suppose all the distances were measured at a certain time, and again 0.1s later. If distance A might be 50% bigger or smaller the second time, but all the other distances are certain to be the same, you should write "A". If A and B might be different the second time, but no other distances, you would write "A, B". And so on. Note for advanced students: you can assume the molecule is dissolved in an appropriate solvent at room temperature. 00.... X 90/5 You can click the "unmarked" tab to see the molecule without any of the distances marked. 5 Ja
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