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The mendelic acid "chemical face peel" is a relatively new innovation for the rejuvenation of problem skin. In addition to removing dead skin cells, its antibacterial properties help acne-prone skin. The technique has also been touted as a way to improve hyperpigmentation due to post acne scarring. Although the compound was first derived from bitter almonds, mendelic acid is generally now synthesized in the laboratory. To formulate one of these "face peel" emulsions, you are asked to prepare as much pH = 3.543 buffer solution as you can from 100.00 mL of 0.5000 M mendelic acid (HMend). Since the use of mendelic acid is relatively new, the conjugate base mendolate (Mend') cannot be purchased. Fortunately, you have plenty of 0.4018 M NaOH. Ka = 3.894× 10-4 for mendelic acid. How would you prepare the buffer solution? The following questions will guide you to find the final answer. A. What is the moles ratio between the equilibrium molarity of mendelic acid (MA) and mendolate?

The mendelic acid "chemical face peel" is a relatively new innovation for the rejuvenation of problem skin. In addition to removing dead skin cells, its antibacterial properties help acne-prone skin. The technique has also been touted as a way to improve hyperpigmentation due to post acne scarring. Although the compound was first derived from bitter almonds, mendelic acid is generally now synthesized in the laboratory. To formulate one of these "face peel" emulsions, you are asked to prepare as much pH = 3.543 buffer solution as you can from 100.00 mL of 0.5000 M mendelic acid (HMend). Since the use of mendelic acid is relatively new, the conjugate base mendolate (Mend') cannot be purchased. Fortunately, you have plenty of 0.4018 M NaOH. Ka = 3.894× 10-4 for mendelic acid. How would you prepare the buffer solution? The following questions will guide you to find the final answer. A. What is the moles ratio between the equilibrium molarity of mendelic acid (MA) and mendolate?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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6. The mendelic acid "chemical face peel" is a relatively new innovation for the rejuvenation of problem skin. In addition to removing dead skin cells, its antibacterial properties help acne-prone skin. The technique has also been touted as a way to improve hyperpigmentation due to post acne scarring. Although the compound was first derived from bitter almonds, mendelic acid is generally now synthesized in the laboratory. To formulate one of these "face peel" emulsions, you are asked to prepare as much pH = 3.543 buffer solution as you can from 100.00 mL of 0.5000 M mendelic acid (HMend). Since the use of mendelic acid is relatively new, the conjugate base mendolate (Mend) cannot be purchased. Fortunately, you have plenty of 0.4018 M NaOH. Ka = 3.894x 10-4 for mendelic acid. How would you prepare the buffer solution? The following questions will guide you to find the final answer. A B. C. What is the moles ratio between the equilibrium molarity of mendelic acid (MA) and mendolate? Please provider your answer below. 00 A 2 Check answer A How many moles of mendolate in the buffer solution? moles Please provider your answer below. →> ← Check answer ← $ $ How many mL of NaOH solution is needed? mL
Transcribed Image Text:6. The mendelic acid "chemical face peel" is a relatively new innovation for the rejuvenation of problem skin. In addition to removing dead skin cells, its antibacterial properties help acne-prone skin. The technique has also been touted as a way to improve hyperpigmentation due to post acne scarring. Although the compound was first derived from bitter almonds, mendelic acid is generally now synthesized in the laboratory. To formulate one of these "face peel" emulsions, you are asked to prepare as much pH = 3.543 buffer solution as you can from 100.00 mL of 0.5000 M mendelic acid (HMend). Since the use of mendelic acid is relatively new, the conjugate base mendolate (Mend) cannot be purchased. Fortunately, you have plenty of 0.4018 M NaOH. Ka = 3.894x 10-4 for mendelic acid. How would you prepare the buffer solution? The following questions will guide you to find the final answer. A B. C. What is the moles ratio between the equilibrium molarity of mendelic acid (MA) and mendolate? Please provider your answer below. 00 A 2 Check answer A How many moles of mendolate in the buffer solution? moles Please provider your answer below. →> ← Check answer ← $ $ How many mL of NaOH solution is needed? mL
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