During a clinical trial, an experimental medication is administered to several patients, and theconcentration of the drug in the patients bloodstreams are measured.ILTT2 + 11It is found that the bloodstream concentration, C (in ug/mL), can-be modeled by C(z)where I is the number of hours after the dose is taken.Additionally, 98 hours after treatment, no trace of the drug could be found in the patients' systems.A) What is the expected concentration of the medication in a patient's bloodstream 2 hours afteradministration? (Round your answer to at least 3 decimal places.)pg/mLB) What is the domain of the function C(2) if we ignore the context of the problem?C) What is a realistic domain of C(x) in the context of this problem?D) At what time does the medication reach its maximum concentration? Give at least 2 decimal places.hours after injection.E) A patient needs another dose of the medication once the concentration drops below 0.52 ug/mL. Whenwill another dose be necessary for this patient?hours after injection.Submit QuestionO五 0

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Answered: 17 It is found that the bloodstream…

17 It is found that the bloodstream concentration, C (in ug/mL), can-be modeled by C(r) T2 + 11 where T is the number of hours after the dose is taken.

Linear Algebra: A Modern Introduction

4th Edition

ISBN:9781285463247

Author:David Poole

Publisher:David Poole

Chapter2: Systems Of Linear Equations

Section2.5: Iterative Methods For Solving Linear Systems

Problem 20EQ

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Question

During a clinical trial, an experimental medication is administered to several patients, and the
concentration of the drug in the patients bloodstreams are measured.
ILT
T2 + 11
It is found that the bloodstream concentration, C (in ug/mL), can-be modeled by C(z)
where I is the number of hours after the dose is taken.
Additionally, 98 hours after treatment, no trace of the drug could be found in the patients' systems.
A) What is the expected concentration of the medication in a patient's bloodstream 2 hours after
administration? (Round your answer to at least 3 decimal places.)
pg/mL
B) What is the domain of the function C(2) if we ignore the context of the problem?
C) What is a realistic domain of C(x) in the context of this problem?
D) At what time does the medication reach its maximum concentration? Give at least 2 decimal places.
hours after injection.
E) A patient needs another dose of the medication once the concentration drops below 0.52 ug/mL. When
will another dose be necessary for this patient?
hours after injection.
Submit Question
O五 0

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