Sensitivity. The reaction R of the body to a dose Q of medication is often represented by the general function R ( Q ) = Q 2 ( k 2 − Q 3 ) where k is a constant and R is in millimeters of mercury (mmHg) if the reaction is a change in blood pressure or in degrees Fahrenheit ( ° F ) if the reaction is a change in temperature. The rate of change d R / d Q is defined to be the body’s sensitivity to the medication. a. Find a formula for the sensitivity. b. b) Explain the meaning of your answer to part (a).
Sensitivity. The reaction R of the body to a dose Q of medication is often represented by the general function R ( Q ) = Q 2 ( k 2 − Q 3 ) where k is a constant and R is in millimeters of mercury (mmHg) if the reaction is a change in blood pressure or in degrees Fahrenheit ( ° F ) if the reaction is a change in temperature. The rate of change d R / d Q is defined to be the body’s sensitivity to the medication. a. Find a formula for the sensitivity. b. b) Explain the meaning of your answer to part (a).
Solution Summary: The author explains how to calculate the formula for sensitivity in the equation R(Q)=Q
Sensitivity. The reaction R of the body to a dose Q of medication is often represented by the general function
R
(
Q
)
=
Q
2
(
k
2
−
Q
3
)
where k is a constant and R is in millimeters of mercury (mmHg) if the reaction is a change in blood pressure or in degrees Fahrenheit
(
°
F
)
if the reaction is a change in temperature. The rate of change
d
R
/
d
Q
is defined to be the body’s sensitivity to the medication.
a. Find a formula for the sensitivity.
b. b) Explain the meaning of your answer to part (a).
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