Mathematics, 08.09.2019 05:20 lacourboud20005
Adisease spreads through a population according to the sis model with a value of ro = 4. at steady-state will everyone in the population be infectious? justify your answer. asis disease spreads through a population of size k = 30,000 individuals. the average time of recovery is 10 days and the infectious contact rate is 0.2 x 10-individuals-day-1 (a) the disease has reached steady-state. how many individuals are infected with the disease? (b) what is the minimum percentage reduction in the infectious contact rate that is required to eliminate the disease? (c) by implementing a raft of measures it is proposed to reduce the value of the infectious contact rate to one percent of its initial value. will this be sufficient to eliminate the disease within twenty-eight days? (d) is it feasible to eliminate the disease within twenty-eight days solely by reducing the value of the pairwise contact rate? (e) how may days will the 'raft of measures' have to be maintained if we are to eliminate the disease?
Answers: 2
Mathematics, 21.06.2019 14:30
In each bouquet of flowers, there are 2 roses and 3 white carnations. complete the table to find how many roses and carnations there are in 2 bouquets of flowers.
Answers: 1
Mathematics, 21.06.2019 15:00
The diameter of a ball is 8 in. what is the volume of the ball? use 3.14 for pi. enter your answer as a decimal in the box. round only your final answer to the nearest hundredth.
Answers: 2
Mathematics, 21.06.2019 15:30
Complete the statements about the system of linear equation respresented by the tables the equation respented the left table is
Answers: 2
Adisease spreads through a population according to the sis model with a value of ro = 4. at steady-s...
Biology, 28.07.2020 16:01