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a) What is the period of time t required for the initial infection rate I(t = 0) to double in number? State answer to within 3 decimal places. b) To the nearest integer, what was the total number of infections recorded over the period of t= [0,25] days?

a) What is the period of time t required for the initial infection rate I(t = 0) to double in number? State answer to within 3 decimal places. b) To the nearest integer, what was the total number of infections recorded over the period of t= [0,25] days?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The rate of infections with respect to time t (measured in days) within a population is seen to be rising exponentially according to the relation: I = elk-1)t (Infections per day) This occurs over a period of 25 days from time t = [0,25], where k = 1.4. a) What is the period of time t required for the initial infection rate I(t = 0) to double in number? State answer to within 3 decimal places. b) To the nearest integer, what was the total number of infections recorded over the period of t= [0,25] days?
Transcribed Image Text:The rate of infections with respect to time t (measured in days) within a population is seen to be rising exponentially according to the relation: I = elk-1)t (Infections per day) This occurs over a period of 25 days from time t = [0,25], where k = 1.4. a) What is the period of time t required for the initial infection rate I(t = 0) to double in number? State answer to within 3 decimal places. b) To the nearest integer, what was the total number of infections recorded over the period of t= [0,25] days?
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