I’d be interested to see a good estimate and analysis of this multiplier. In places and times when r>1 the multiplier would be quite large indeed, whereas if r<1 then the mutiplier would be more modest. Some sort of time analysis is needed as to how long r stays greater than 1. (r here is the average number of new people infected by a person with covid.)
I’d be interested to see a good estimate and analysis of this multiplier. In places and times when r>1 the multiplier would be quite large indeed, whereas if r<1 then the mutiplier would be more modest. Some sort of time analysis is needed as to how long r stays greater than 1. (r here is the average number of new people infected by a person with covid.)