At time t=0, a patient comes off a drug treatment that had blocked production of the hormones (so, at that time, they do not have any of the hormone in their body.) Their doctor finds that the initial rate of increase of their hormone concentration is 0.25 mg/L/hr and that, in the long run, the concentration approaches 3.25 mg/L. ( give ur answers correct to at least three decimal places) D) after how long would the patients hormone concentration have reached half life of its longterm level? E) at what rate would the level of hormone have been increasing at that time?
At time t=0, a patient comes off a drug treatment that had blocked production of the hormones (so, at that time, they do not have any of the hormone in their body.) Their doctor finds that the initial rate of increase of their hormone concentration is 0.25 mg/L/hr and that, in the long run, the concentration approaches 3.25 mg/L. ( give ur answers correct to at least three decimal places) D) after how long would the patients hormone concentration have reached half life of its longterm level? E) at what rate would the level of hormone have been increasing at that time?
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
Problem 13EQ
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At time t=0, a patient comes off a drug treatment that had blocked production of the hormones (so, at that time, they do not have any of the hormone in their body.) Their doctor finds that the initial rate of increase of their hormone concentration is 0.25 mg/L/hr and that, in the long run, the concentration approaches 3.25 mg/L. ( give ur answers correct to at least three decimal places)
D) after how long would the patients hormone concentration have reached half life of its longterm level?
E) at what rate would the level of hormone have been increasing at that time?
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