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There Are Currently 1,000 Cases of Venusian Flu in a Total

Question 88

Multiple Choice

There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer.


A) There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer. A) cases B) cases C) cases D) cases E) cases cases
B) There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer. A) cases B) cases C) cases D) cases E) cases cases
C) There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer. A) cases B) cases C) cases D) cases E) cases cases
D) There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer. A) cases B) cases C) cases D) cases E) cases cases
E) There are currently 1,000 cases of Venusian flu in a total susceptible population of 10,000 and the number of cases is increasing by 23% each day. Find a logistic model for the number of cases of Venusian flu and use your model to predict the number of flu cases a week from now. Round your answer to the nearest integer. A) cases B) cases C) cases D) cases E) cases cases

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