If a person takes a prescribed dose of 4 milligrams of Valium, the amount of Valium in that person's -0.0123t bloodstream at any time can be modeled with the exponential decay function A (t) = 4e¯ where t is in hours. a. How much Valium remains in the person's bloodstream 6 hours after taking a 4-mg dose? Round to 1 decimal place. mg b. How long will it take 4 mg to decay to 2 mg in a person's bloodstream? Round to 2 decimal places. hours c. At what rate is the amount of Valium in a person's bloodstream decaying 6 hours after a 4-mg dose is taken. Round to 3 decimal places. A' (6) = mg/hr
If a person takes a prescribed dose of 4 milligrams of Valium, the amount of Valium in that person's -0.0123t bloodstream at any time can be modeled with the exponential decay function A (t) = 4e¯ where t is in hours. a. How much Valium remains in the person's bloodstream 6 hours after taking a 4-mg dose? Round to 1 decimal place. mg b. How long will it take 4 mg to decay to 2 mg in a person's bloodstream? Round to 2 decimal places. hours c. At what rate is the amount of Valium in a person's bloodstream decaying 6 hours after a 4-mg dose is taken. Round to 3 decimal places. A' (6) = mg/hr
Chapter6: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 29PT: A radiation safety officer is working with 112 grams of a radioactive substance. After 17 days,...
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