(a). Find the values of a and b that make ƒ continuous everywhere. if x<2 x-2 S(x)={ar - bx +3 if 25x<3. |2x-a+b if x23

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 64E
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(d). A mathematical biologist is created a model to administer medicine reaction (measured in change of blood
pressure or temperature) with the model given by
m
R= m²
where e 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 mabsorbed in the blood.
0. Find the sensitivity, R'.
(1). Find the amount of medicine that is being absorbed into the blood when the reaction is maximum.
(i). Find the instantancous rate of change of sensitivity with respect to the amount of medicine absorbed
in the blood.
(iv).Find the amount of medicine that is being absorbed into the blood when the sensitivity is maximum.
Transcribed Image Text:(d). A mathematical biologist is created a model to administer medicine reaction (measured in change of blood pressure or temperature) with the model given by m R= m² where e 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 mabsorbed in the blood. 0. Find the sensitivity, R'. (1). Find the amount of medicine that is being absorbed into the blood when the reaction is maximum. (i). Find the instantancous rate of change of sensitivity with respect to the amount of medicine absorbed in the blood. (iv).Find the amount of medicine that is being absorbed into the blood when the sensitivity is maximum.
Question 2
(a). Find the values of a and b that make f continuous everywhere.
(x² -4
if x<2
x-2
S(x) = {ax - bx +3
if 2sx<3.
2x-a+b
if x23
Page |
(b). Use the definition of the derivative to evaluate f(x) =x". [Hint: Use the Binomial Theorem:
n(n-1)
(a +b)" = a" + na*-'b+
ab² +..+nab^ +b" .]
2!
(c). The amount of photosynthesis that takes place in a certain plant depends on the intensity of light x
according to the equation
S(x) =145x² – 30x".
0. Find the rate of change of photosynthesis with respect to the intensity.
(1). What is the rate of change when xr =1? when x= 3?
(ii). How fast is the rate found in part (a) changing when x=1? when x = 3?
Transcribed Image Text:Question 2 (a). Find the values of a and b that make f continuous everywhere. (x² -4 if x<2 x-2 S(x) = {ax - bx +3 if 2sx<3. 2x-a+b if x23 Page | (b). Use the definition of the derivative to evaluate f(x) =x". [Hint: Use the Binomial Theorem: n(n-1) (a +b)" = a" + na*-'b+ ab² +..+nab^ +b" .] 2! (c). The amount of photosynthesis that takes place in a certain plant depends on the intensity of light x according to the equation S(x) =145x² – 30x". 0. Find the rate of change of photosynthesis with respect to the intensity. (1). What is the rate of change when xr =1? when x= 3? (ii). How fast is the rate found in part (a) changing when x=1? when x = 3?
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