Field of Application: Medical Dosage Situation analysis: After a drug is injected into a patient's bloodstream, the concentration C of the drug in the bloodstream t hours after the injection is given hy C(t) = 12t %3D t2+5 Use the given formula to find the concentration of the drug after 1-4 hours.

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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  • i dont know how to answer this can you help me with that thaksyou in advance hope that you will help me
Now,
What I Can Do
1. Create
2. In a bo
as illus
Application
3. You c
fun
4. Yo
There are many ways of applying rational functions in our lives. Examples
are: average cost, medical dosage. average grade problem, cost of livine
Field of Application: Medical Dosage
Situation analysis: After a drug is injected into a patient's bloodstream. the
concentration C of the drug in the bloodstream t hours after the injection is given hy
12t
C(t) =
Use the given formula to find the concentration of the drug after 1-4 hours.
t2+5
Data manipulation: when t=0,
C(0)
12(0)
%3D
02+5
14
Transcribed Image Text:Now, What I Can Do 1. Create 2. In a bo as illus Application 3. You c fun 4. Yo There are many ways of applying rational functions in our lives. Examples are: average cost, medical dosage. average grade problem, cost of livine Field of Application: Medical Dosage Situation analysis: After a drug is injected into a patient's bloodstream. the concentration C of the drug in the bloodstream t hours after the injection is given hy 12t C(t) = Use the given formula to find the concentration of the drug after 1-4 hours. t2+5 Data manipulation: when t=0, C(0) 12(0) %3D 02+5 14
2.
Presentation: Using a table of values, we have:
Table 3
4
3.
2.29
1
2.57
t
2.67
2.00
C(t)
wn the
tional
This is the graph of the function:
le of
put
ch
10
8.
6.
hours where it peaked at 2.67 mg/L. The Domain and Range of the given function
are D{x €R[ x > 0} R{y €R[ y 2 0}
-2
Interpretation: The table and the graph show that the drug is most effective after 2
Transcribed Image Text:2. Presentation: Using a table of values, we have: Table 3 4 3. 2.29 1 2.57 t 2.67 2.00 C(t) wn the tional This is the graph of the function: le of put ch 10 8. 6. hours where it peaked at 2.67 mg/L. The Domain and Range of the given function are D{x €R[ x > 0} R{y €R[ y 2 0} -2 Interpretation: The table and the graph show that the drug is most effective after 2
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