HW 6-short.pdf * Week 7 Homework General Che X O File C:/Users/viann/Downloads/HW_6-short.pdf ABP 6-short.pdf 2 / 3 - 146% + | 日の uestion 5 The spread of a virus is modeled by V (t) = -t³ + t² + 12t, where V(t) is the number of people (in hundreds) with the virus and t is the number of weeks since the first case was observed. (a) Sketch V (t). (b) What is a reasonable domain of t for this problem? (c) Find the average rate of infection from t = 0 to t = 2. (d) Find the instantaneous rate of infection as a function of t using the limit definition of the derivative. (e) Find V(2) and V'(2). Write a sentence interpreting V(2) and V'(2) in terms of the number of infected people. Make sure to include units. (f) Sketch the tangent line to the graph you drew in a. at the point (2, V (2)). State the slope of the tangent line. (g) Use V(2) and V'(2) to estimate the value of V(2.1). (h) Find the maximum number of people infected at the same time and when the maximum occurs. Determine the rate of infection at this time. sort.pdf 12: 63°F CHAL 10 pe here to search

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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HW 6-short.pdf
* Week 7 Homework General Che X
O File C:/Users/viann/Downloads/HW_6-short.pdf
ABP
6-short.pdf
2 / 3 -
146% + | 日の
uestion 5 The spread of a virus is modeled by
V (t) = -t³ + t² + 12t,
where V(t) is the number of people (in hundreds) with the virus and t is the number of weeks since
the first case was observed.
(a) Sketch V (t).
(b) What is a reasonable domain of t for this problem?
(c) Find the average rate of infection from t = 0 to t = 2.
(d) Find the instantaneous rate of infection as a function of t using the limit definition of the derivative.
(e) Find V(2) and V'(2). Write a sentence interpreting V(2) and V'(2) in terms of the number of
infected people. Make sure to include units.
(f) Sketch the tangent line to the graph you drew in a. at the point (2, V (2)). State the slope of the
tangent line.
(g) Use V(2) and V'(2) to estimate the value of V(2.1).
(h) Find the maximum number of people infected at the same time and when the maximum occurs.
Determine the rate of infection at this time.
sort.pdf
12:
63°F
CHAL
10
pe here to search
Transcribed Image Text:HW 6-short.pdf * Week 7 Homework General Che X O File C:/Users/viann/Downloads/HW_6-short.pdf ABP 6-short.pdf 2 / 3 - 146% + | 日の uestion 5 The spread of a virus is modeled by V (t) = -t³ + t² + 12t, where V(t) is the number of people (in hundreds) with the virus and t is the number of weeks since the first case was observed. (a) Sketch V (t). (b) What is a reasonable domain of t for this problem? (c) Find the average rate of infection from t = 0 to t = 2. (d) Find the instantaneous rate of infection as a function of t using the limit definition of the derivative. (e) Find V(2) and V'(2). Write a sentence interpreting V(2) and V'(2) in terms of the number of infected people. Make sure to include units. (f) Sketch the tangent line to the graph you drew in a. at the point (2, V (2)). State the slope of the tangent line. (g) Use V(2) and V'(2) to estimate the value of V(2.1). (h) Find the maximum number of people infected at the same time and when the maximum occurs. Determine the rate of infection at this time. sort.pdf 12: 63°F CHAL 10 pe here to search
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