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a) Using either a flying wedge projection or Fischer projection, draw a chiral, secondary alcohol that contains 5 carbon atoms in total. Provide a systematic name for your compound, indicating the configuration of the chiral carbon. b) Consider compound (I), which contains an amide. Draw the structures of the acid halide and amine that can be combined to produce (I). R H H₂C (1) CH3

a) Using either a flying wedge projection or Fischer projection, draw a chiral, secondary alcohol that contains 5 carbon atoms in total. Provide a systematic name for your compound, indicating the configuration of the chiral carbon. b) Consider compound (I), which contains an amide. Draw the structures of the acid halide and amine that can be combined to produce (I). R H H₂C (1) CH3

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Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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a) Using either a flying wedge projection or Fischer projection, draw a chiral, secondary alcohol that contains 5 carbon atoms in total. Provide a systematic name for your compound, indicating the configuration of the chiral carbon. b) Consider compound (I), which contains an amide. Draw the structures of the acid halide and amine that can be combined to produce (I). R H H₂C (1) CH3
Transcribed Image Text:a) Using either a flying wedge projection or Fischer projection, draw a chiral, secondary alcohol that contains 5 carbon atoms in total. Provide a systematic name for your compound, indicating the configuration of the chiral carbon. b) Consider compound (I), which contains an amide. Draw the structures of the acid halide and amine that can be combined to produce (I). R H H₂C (1) CH3
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