When medicine is administered, reaction (measured in change of blood pressure or temperature) can be modeled by - m²(-7) R= where c is a positive constant and m is the amount of medicine absorbed into the blood. + The sensitivity to the medication is defined to be the rate of change of reaction R with respect to the amount of medicine m absorbed in the blood. (a) Find the sensitivity. X (b) Find the instantaneous rate of change of sensitivity with respect to the amount of medicine absorbed in the blood. X (c) Which order derivative of reaction gives the rate of change of sensitivity? O first derivative Osecond derivative o third derivative

Find the relative rate of change of f(x)=6x4ln(x)

Find the relative rate of change if f(x) = 10 – 3e-4z.

The distance a biker has traveled after t seconds can be modeled by f(t) feet and f(50) = 64. f'(t) > 0, and f"(t) < 0. Which of the following is the correct interpretation of this information? The biker'sistance is increasing less and less. The biker's distance is increasing more and more. The biker's distance is decreasing less and less. O The biker's distance is decreasing more and more. O none of the above