City A: number of days: 15 number of cases: 43 a. City A has a doubling rate every 5 days, how many people can we expect to be infected by day 25 if the pattern continues? b. What is the one day growth factor? c. What is the one day percent change? City B: number of days: 15 number of cases: 28 a: city B has a doubling rate every 2 days, how many people can we expect to be infected by day 25 if the pattern continues? b. What is the one day growth factor?
City A: number of days: 15 number of cases: 43 a. City A has a doubling rate every 5 days, how many people can we expect to be infected by day 25 if the pattern continues? b. What is the one day growth factor? c. What is the one day percent change? City B: number of days: 15 number of cases: 28 a: city B has a doubling rate every 2 days, how many people can we expect to be infected by day 25 if the pattern continues? b. What is the one day growth factor?
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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The Coronavirus can be modeled by an exponential function, but each city has a different growth rate. City A has a doubling rate every 5 days, city B has a doubling rate every 2 days.
City A:
number of days: 15
number of cases: 43
a. City A has a doubling rate every 5 days, how many people can we expect to be infected by day 25 if the pattern continues?
b. What is the one day growth factor?
c. What is the one day percent change?
City B:
number of days: 15
number of cases: 28
a: city B has a doubling rate every 2 days, how many people can we expect to be infected by day 25 if the pattern continues?
b. What is the one day growth factor?
c. What is the one day percent change?
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