3. Suppose a person carrying a virus returns to an isolated group of 100 persons. Assume that the day rate at which the virus spreads out is proportional to the multiplication of the number of infected persons and the number of non-infected persons. It is observed that the number of infected persons is 7 after 4 days. Determine the number of infected persons after 10 days. {60 persons after truncation}
3. Suppose a person carrying a virus returns to an isolated group of 100 persons. Assume that the day rate at which the virus spreads out is proportional to the multiplication of the number of infected persons and the number of non-infected persons. It is observed that the number of infected persons is 7 after 4 days. Determine the number of infected persons after 10 days. {60 persons after truncation}
Chapter12: Sequences, Series And Binomial Theorem
Section12.3: Geometric Sequences And Series
Problem 12.58TI: What is the total effect on the economy of a government tax rebate of $500 to each household in...
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