(b) During a nationwide program to immunize the population against a new strain of the flu, public health officials determined that the cost of inoculating x% of the susceptible population 1.85x would be approximately C(x)- million dollars. 100-x (1) What would it cost to providing immunization to the first 20% of the susceptible population? (11) What would it cost to providing iImmunization to the next 30% of the susceptible population? (11) Suppose 17 million dollars are available for providing immunization. What percentage of the susceptible population will not receive immunization? (iv) If money was not a problem will they be able to providing immunization to the entire susceptible population? (2x? - 4 (c) Determine the values of x for which the function f(x)-x +2 X<2 2 5 x25 is discontinuous.
(b) During a nationwide program to immunize the population against a new strain of the flu, public health officials determined that the cost of inoculating x% of the susceptible population 1.85x would be approximately C(x)- million dollars. 100-x (1) What would it cost to providing immunization to the first 20% of the susceptible population? (11) What would it cost to providing iImmunization to the next 30% of the susceptible population? (11) Suppose 17 million dollars are available for providing immunization. What percentage of the susceptible population will not receive immunization? (iv) If money was not a problem will they be able to providing immunization to the entire susceptible population? (2x? - 4 (c) Determine the values of x for which the function f(x)-x +2 X<2 2 5 x25 is discontinuous.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Please answer b & c please thanks
![Problem 4
(a)
5x
(i) Lim
N 2x2 +9
4
(x - 3)
(il) Lim
7- 2x - 3
(b) During a nationwide program to immunize the population against a new strain of the flu,
public health officials determined that the cost of inoculating x% of the susceptible population
would be approximately C(x)
1.85x
million dollars.
100 - x
(1) What would it cost to providing immunization to the first 20% of the susceptible
population?
(11) What would it cost to providing immunization to the next 30% of the susceptible
population?
(iii) Suppose 17 million dollars are available for providing immunization. What percentage
of the susceptible population will not receive immunization?
(iv) If money was not a problem will they be able to providing immunization to the entire
susceptible population?
(2x - 4
(c) Determine the values of x for which the function f(x) -x + 2
x< 2
2 <x>5
7
x2 5
is discontinuous.
26](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1680d3e7-b38a-4c0e-96f4-caebab5b053f%2F6492be49-f7bc-41a1-b478-c0f6cb68fe89%2Fpzgb0yo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 4
(a)
5x
(i) Lim
N 2x2 +9
4
(x - 3)
(il) Lim
7- 2x - 3
(b) During a nationwide program to immunize the population against a new strain of the flu,
public health officials determined that the cost of inoculating x% of the susceptible population
would be approximately C(x)
1.85x
million dollars.
100 - x
(1) What would it cost to providing immunization to the first 20% of the susceptible
population?
(11) What would it cost to providing immunization to the next 30% of the susceptible
population?
(iii) Suppose 17 million dollars are available for providing immunization. What percentage
of the susceptible population will not receive immunization?
(iv) If money was not a problem will they be able to providing immunization to the entire
susceptible population?
(2x - 4
(c) Determine the values of x for which the function f(x) -x + 2
x< 2
2 <x>5
7
x2 5
is discontinuous.
26
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