(4 points) A 100 mg dose of quinine is given to a patient to prevent malaria. Quinine leaves the body at a rate of 6% per hour. Construct an exponential model to represent the number of milligrams of quinine in the body thours after the dose is given. Use your model to predict the number of milligrams that will remain in the body after 7 hours. (Express your answer in milligrams rounded correctly to the nearest tenth.) milligrams

Intermediate Algebra
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ISBN:9780998625720
Author:Lynn Marecek
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Chapter10: Exponential And Logarithmic Functions
Section10.3: Evaluate And Graph Logarithmic Functions
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(4 points)
A 100 mg dose of quinine is given to a patient to prevent malaria. Quinine leaves the body at a rate of 6% per hour. Construct an exponential
model to represent the number of milligrams of quinine in the body t hours after the dose is given. Use your model to predict the number of
milligrams that will remain in the body after 7 hours.
(Express your answer in milligrams rounded correctly to the nearest tenth.)
milligrams
Transcribed Image Text:(4 points) A 100 mg dose of quinine is given to a patient to prevent malaria. Quinine leaves the body at a rate of 6% per hour. Construct an exponential model to represent the number of milligrams of quinine in the body t hours after the dose is given. Use your model to predict the number of milligrams that will remain in the body after 7 hours. (Express your answer in milligrams rounded correctly to the nearest tenth.) milligrams
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