D. The rate of alcohol metabolism is a zeroth order process with a rate constant of around 0.015 % by mass per hour. (Recall that percentage is a form of concentration.) Jane Doe is a typical 70 kg female with 58 percent free water. John Doe is a typical 83 kg male with 65 percent free water. A drink- of beer (3.5 %) each contains 12 mL of alcohol. The alcohol distributes itself through the aqueous regions of the body. a) How many drinks do Jane and John need to achieve an instantaneous blood alcohol level of 0.12 % by mass? 30 mL (1 oz) of spirits (40 % alcohol), 150 mL of wine (8.0 %), or 350 mL - (Answer: Jane: 5.1 drinks) b) How many drinks per hour can Jane and John have and maintain a blood alcohol of 0.00 percent one hour after they stop drinking. (Answer: Jane: 0.64 drinks) c) Jane and John each have three drinks per hour from 2115 to 0115 hours. What is the blood alcohol content at 0115? at 0800 the next morning? (Answer: Jane: 0.22 % at 0115; 0.12 % at 0800)

D. The rate of alcohol metabolism is a zeroth order process with a rate constant of around 0.015 % by mass per hour. (Recall that percentage is a form of concentration.) Jane Doe is a typical 70 kg female with 58 percent free water. John Doe is a typical 83 kg male with 65 percent free water. A drink- of beer (3.5 %) each contains 12 mL of alcohol. The alcohol distributes itself through the aqueous regions of the body. a) How many drinks do Jane and John need to achieve an instantaneous blood alcohol level of 0.12 % by mass? 30 mL (1 oz) of spirits (40 % alcohol), 150 mL of wine (8.0 %), or 350 mL - (Answer: Jane: 5.1 drinks) b) How many drinks per hour can Jane and John have and maintain a blood alcohol of 0.00 percent one hour after they stop drinking. (Answer: Jane: 0.64 drinks) c) Jane and John each have three drinks per hour from 2115 to 0115 hours. What is the blood alcohol content at 0115? at 0800 the next morning? (Answer: Jane: 0.22 % at 0115; 0.12 % at 0800)

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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