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18 Nov 2019
Caitlin C. Chem 8A F2017 Wksht4 6. Using the molecule from 1d: (Note: wedges substituents above the chair plane, and dashes = substituents below the chair plane.) a. Draw one chair conformation b. Draw the flipped chair conformation c. Between the two conformations in 6a and 6b which is more stable and why? Please use the terms 1,3 diaxial strain, equatorial, and axial in your explanation. 7. True or False? a. The bulkiest substituents on cyclohexane should be equatorial. b. Axial positions are always down and equatorial positions are always up. c. Axial positions are always up and equatorial positions are always down. d. Axial positions can either be up or down, and equatorial postions can either be up or down Convert the following structure into the two respecting chair conformations. In each chair conformation, what are the two things that stay consistent with all the substituents? 8. OH
Caitlin C. Chem 8A F2017 Wksht4 6. Using the molecule from 1d: (Note: wedges substituents above the chair plane, and dashes = substituents below the chair plane.) a. Draw one chair conformation b. Draw the flipped chair conformation c. Between the two conformations in 6a and 6b which is more stable and why? Please use the terms 1,3 diaxial strain, equatorial, and axial in your explanation. 7. True or False? a. The bulkiest substituents on cyclohexane should be equatorial. b. Axial positions are always down and equatorial positions are always up. c. Axial positions are always up and equatorial positions are always down. d. Axial positions can either be up or down, and equatorial postions can either be up or down Convert the following structure into the two respecting chair conformations. In each chair conformation, what are the two things that stay consistent with all the substituents? 8. OH
Nelly StrackeLv2
28 Aug 2019