-. Consider the following molecule: ÇH3 doly dolw viinab danne o no) 2 "otaupl oo " T i odio si blun lue o CI H3C CH3 -) This molecule is expected to have two relatively stable "chair" conformations. Draw clear epresentations of the two different conformations in the boxes below. (The boxes have been arbitrarily labeled A and B.) A noamono ed en h nintollo odt lo bes wd b) Which of the two chair conformations is more stable? (circle one of the statements below 1) A is more stable than B. 2) Both conformations are equally stable. 3) B is more stable than A.

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Chapter1: Chemical Foundations
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-. Consider the following molecule:
ÇH3
doly
dolw viinab danne o no) 2
"otaupl oo " T i
odio si blun
lue o
CI
H3C
CH3
-) This molecule is expected to have two relatively stable "chair" conformations. Draw clear
epresentations of the two different conformations in the boxes below. (The boxes have been
arbitrarily labeled A and B.)
A
noamono ed
en h nintollo odt lo bes wd
b) Which of the two chair conformations is more stable? (circle one of the statements below
1) A is more stable than B.
2) Both conformations are equally stable.
3) B is more stable than A.
Transcribed Image Text:-. Consider the following molecule: ÇH3 doly dolw viinab danne o no) 2 "otaupl oo " T i odio si blun lue o CI H3C CH3 -) This molecule is expected to have two relatively stable "chair" conformations. Draw clear epresentations of the two different conformations in the boxes below. (The boxes have been arbitrarily labeled A and B.) A noamono ed en h nintollo odt lo bes wd b) Which of the two chair conformations is more stable? (circle one of the statements below 1) A is more stable than B. 2) Both conformations are equally stable. 3) B is more stable than A.
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