The specific rotation of vitamin C ( using the D line of sodium, at 20°C) is +24. Predict what the observed rotation would be for a solution containing 0.100 g of vitamin C dissolved in 10.0 ml of ethanol and placed in a sample cell with a length of 1dm. View PoliciesCurrent Attempt in ProgressThe specific rotation of vitamin C (using the D line of sodium, at 20°C) is the Predict what the observed rotation would be for asolution containing 0.100 g of vitamin C dissolved in 10.0 mA of ethanol and placed in a sample cell with a length of 1.00 dm.O (24)(0.0100g/mL)(1.00dm) = +0.24⁰(24)(0.100g/mL)(1.00dm) +2.4⁰O(-24)(0.0100g/mL)(1.00dm) - -0.24⁰O(-24) (0.100g/mL)(1.00dm) +-2.4⁰eTextbook and MediaSave for LaterAttempts: 0 of 3 used Submit Answer

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Current Attempt in Progress The specific rotation of vitamin C (using the line of sodium, at 2014) ia +24, Predict what the observed rotation would be for a solution containing 0.100 g of vitamin C dissolved in 10.0mA of ethanol and placed in a sample del with a length of 1.00 dm. O (24)(0.0100g/mL) (1.00dm) = +0.24⁰ (24) (0.100g/mL)(1.00dm) - +2.4⁰ O(-24) (0.0100g/mL)(1.00dm) -0.24⁰ O(-24)(0.100g/mL)(1.00dm) +-2.49 To

Current Attempt in Progress The specific rotation of vitamin C (using the line of sodium, at 2014) ia +24, Predict what the observed rotation would be for a solution containing 0.100 g of vitamin C dissolved in 10.0mA of ethanol and placed in a sample del with a length of 1.00 dm. O (24)(0.0100g/mL) (1.00dm) = +0.24⁰ (24) (0.100g/mL)(1.00dm) - +2.4⁰ O(-24) (0.0100g/mL)(1.00dm) -0.24⁰ O(-24)(0.100g/mL)(1.00dm) +-2.49 To

Organic Chemistry

8th Edition

ISBN:9781305580350

Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Chapter3: Stereoisomerism And Chirality

Section3.7: Optical Activity—how Chirality Is Detected In The Laboratory

Problem 3.9P

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