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15 Nov 2019
Please read directions and answer all questions! Thanks!
Worksheet 1 Fall 2017 Organic Chemistry I 50 points Answers due 5.00 PM Monday, Nov. 27, 2017. Note that it is not really intended that you do them on this paper. You need more space. Carefully draw the stereochemically correct products of these reactions. Note that Ph represents benzene ring. Circle any optically inactive products Br2 H20 Draw three different cyclic alkenes that under reductive ozonolysis would give rise to this set of products. Based on your knowledge of rings, circle the most likely structure. The original molecule contained no ketones 2. 1, 03-78 â 3. Consider this reaction, draw the two oespas stereoproducts. Logically speculate on which is likely to be in excess. Br m-CPBA 4. Consider this hydroboration, and assuming that the boron attaches to the less hindered location, carefully draw the stereochemically correct products that result. 1. BH3- THF 2. NaOH, H202
Please read directions and answer all questions! Thanks!
Worksheet 1 Fall 2017 Organic Chemistry I 50 points Answers due 5.00 PM Monday, Nov. 27, 2017. Note that it is not really intended that you do them on this paper. You need more space. Carefully draw the stereochemically correct products of these reactions. Note that Ph represents benzene ring. Circle any optically inactive products Br2 H20 Draw three different cyclic alkenes that under reductive ozonolysis would give rise to this set of products. Based on your knowledge of rings, circle the most likely structure. The original molecule contained no ketones 2. 1, 03-78 â 3. Consider this reaction, draw the two oespas stereoproducts. Logically speculate on which is likely to be in excess. Br m-CPBA 4. Consider this hydroboration, and assuming that the boron attaches to the less hindered location, carefully draw the stereochemically correct products that result. 1. BH3- THF 2. NaOH, H202
Patrina SchowalterLv2
9 Feb 2019