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The concentration C of a chemical in the bloodstream t hours after injection into muscle tissue is C=(3t+t)/(t^3+50) a. determi...Asked by Sam
The concentration C of a chemical in the bloodstream t hours after injection into muscle tissue is C=3t^2+t/ t^3+50
A. Determine the horizontal asymptote of the function and interpret its meaning in the context of the problem.
B. approximate the time when the bloodstream concentration is greatest.
A. Determine the horizontal asymptote of the function and interpret its meaning in the context of the problem.
B. approximate the time when the bloodstream concentration is greatest.
Answers
Answered by
Nina
A.) Horizontal Asymptote- y=0, you can never have more than 1 (100%) or less than 0 (0%) of the chemical in the bloodstream
B.) 46% is the maximum after 4.5 hours
B.) 46% is the maximum after 4.5 hours
Answered by
Ben Dover III
A. C=0
This indicates that the concentration of the chemical into the muscle tissue eventually dissipates.
B. t= 4.5 hours
C. C < 0.355 when 0 ≤ t ≤ 2.72 hours and t > 8.03 hours.
These are the answers your looking for, hope this helps ;)
This indicates that the concentration of the chemical into the muscle tissue eventually dissipates.
B. t= 4.5 hours
C. C < 0.355 when 0 ≤ t ≤ 2.72 hours and t > 8.03 hours.
These are the answers your looking for, hope this helps ;)
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