Use the exponential decay model, A = A0 ekt to solve this exercise. The half-life of the tranquilizer Xanax in the bloodstream is 36 hours. How long, to the nearest tenth of an hour, will it take for Xanax to decay to 70% of the originaldosage?
Use the exponential decay model, A = A0 ekt to solve this exercise. The half-life of the tranquilizer Xanax in the bloodstream is 36 hours. How long, to the nearest tenth of an hour, will it take for Xanax to decay to 70% of the originaldosage?
Chapter6: Exponential And Logarithmic Functions
Section6.7: Exponential And Logarithmic Models
Problem 1SE: With what kind of exponential model would half-life be associated? What role does half-life play in...
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Use the exponential decay model, A = A0 ekt to solve this exercise. The half-life of the tranquilizer Xanax in the bloodstream is 36 hours. How long, to the nearest tenth of an hour, will it take for Xanax to decay to 70% of the original
dosage?
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