A certain drug is being administered intravenously to a hospital patient. of the drug enters the patient's bloodstream Fluid containing 4 mg cm³ cm³ at a rate of 500 h The drug is absorbed by body tissues or otherwise leaves the bloodstream at a rate proportional to the amount present, with a rate constant of 0.4 h. (a) Assuming that the drug is always uniformly distributed throughout the bloodstream, write a differential equation for the amount of drug that is present in the bloodstream at any time. Let M (t) be the total amount of the drug (in milligrams) in the patient's body at any given time t (in hours). NOTE: Use M as M (t). dM mg h dt. NOTE: Check your variables. Use a capital M (b) How much of the drug is present in the body after a long time? NOTE: Enter an exact answer. M = mg

Calculus: Early Transcendentals
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Author:James Stewart
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Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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A certain drug is being administered intravenously to a hospital patient.
of the drug enters the patient's bloodstream
Fluid containing 4 mg
cm³
cm³
at a rate of 500
h
The drug is absorbed by body tissues or
otherwise leaves the bloodstream at a rate proportional to the amount
present, with a rate constant of 0.4 h.
(a) Assuming that the drug is always uniformly distributed throughout
the bloodstream, write a differential equation for the amount of
drug that is present in the bloodstream at any time.
Let M (t) be the total amount of the drug (in milligrams) in the
patient's body at any given time t (in hours).
NOTE: Use M as M (t).
dM
mg
h
dt.
NOTE: Check your variables. Use a capital M
(b) How much of the drug is present in the body after a long time?
NOTE: Enter an exact answer.
M =
mg
Transcribed Image Text:A certain drug is being administered intravenously to a hospital patient. of the drug enters the patient's bloodstream Fluid containing 4 mg cm³ cm³ at a rate of 500 h The drug is absorbed by body tissues or otherwise leaves the bloodstream at a rate proportional to the amount present, with a rate constant of 0.4 h. (a) Assuming that the drug is always uniformly distributed throughout the bloodstream, write a differential equation for the amount of drug that is present in the bloodstream at any time. Let M (t) be the total amount of the drug (in milligrams) in the patient's body at any given time t (in hours). NOTE: Use M as M (t). dM mg h dt. NOTE: Check your variables. Use a capital M (b) How much of the drug is present in the body after a long time? NOTE: Enter an exact answer. M = mg
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