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4. The enantiomer shown below is levorotatory. Draw the enantiomer which is dextrorotatory. CH3 H CO2H (R)-lactic acid 5. A solution containing 2.0g of
4. The enantiomer shown below is levorotatory. Draw the enantiomer which is dextrorotatory. CH3 H CO2H (R)-lactic acid 5. A solution containing 2.0g of compound dissolved in 50ML of solvent generated an observed rotation of plane-polarized light (A = 589.6nm) of 20 in a polarimeter tube 300mm long at a temperature of 25C. What is the specific rotation of the compound? 6. How many asymmetric centers does the compound shown below have? CH3
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Quantitative Chemical Analysis
Authors: Daniel C. Harris
8th edition
1429218150, 978-1429218153
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