Last year's epidemic of Martian flu began with a single case in a total susceptible population of 10,000. The number of cases was increasing initially by 38% per day. Find a logistic model for the number of cases of Martian flu and use your model to predict the number of flu cases 2 weeks into the epidemic. Round your answer to the nearest integer.
A) $P ( 14 ) = 153$ cases
B) $P ( 14 ) = 45$ cases
C) $P ( 14 ) = 90$ cases
D) $P ( 14 ) = 30$ cases
E) $P ( 14 ) = 135$ cases

Question

Last year's epidemic of Martian flu began with a single case in a total susceptible population of 10,000. The number of cases was increasing initially by 38% per day. Find a logistic model for the number of cases of Martian flu and use your model to predict the number of flu cases 2 weeks into the epidemic. Round your answer to the nearest integer. 
A) $P ( 14 ) = 153$ cases
B) $P ( 14 ) = 45$ cases
C) $P ( 14 ) = 90$ cases
D) $P ( 14 ) = 30$ cases
E) $P ( 14 ) = 135$ cases

Quizplus · Accepted Answer

The Answer of Last year's epidemic of Martian flu began with a single case in a total susceptible population of 10,000. The number of cases was increasing initially by 38% per day. Find a logistic model for the number of cases of Martian flu and use your model to predict the number of flu cases 2 weeks into the epidemic. Round your answer to the nearest integer. 
A) $P ( 14 ) = 153$ cases
B) $P ( 14 ) = 45$ cases
C) $P ( 14 ) = 90$ cases
D) $P ( 14 ) = 30$ cases
E) $P ( 14 ) = 135$ cases

Last Year's Epidemic of Martian Flu Began with a Single P(14)=153P ( 14 ) = 153P(14)=153

Last Year's Epidemic of Martian Flu Began with a Single $P ( 14 ) = 153$