Ok. Understand what you are doing. I think. 15Jan start, R0=2.4, Incubation 5 days, 50%Symp, & 2/3% of Symp are FatalPhilip J Fry said:4k: April 4thWife of Chas Satterfield said:Philip J Fry said:Lester Freamon said:
Are you one of the dorks who plugged an exponential equation into Excel and showed us a spreadsheet with 500B infected by March 14?
I stop all my predictions once we hit 150 million. Growth rate at that point has to slowdown. But at that point, that's only 1.5 million dead.
How many are supposed to be dead by today in your model?
Start date being 15Jan.
What day do you reach 1.5 million dead?
What day do you reach 4,000 dead?
-do- 100,000 dead?
-do- 400,000 dead?
100K: April 21st
I'm not all that comfortable with estimates that far down the pike. At our current pace, we'd hit 150 million infected and the math has probably started falling a part at this point.
But keep in mind, deaths lag infections by as much as 2 or 3 weeks. That's a lifetime when it comes to exponential growth.
Deaths grow exponential. That's why I really don't care to much about testing. And I recognize deaths will continue 10 to 15 days after the testing reveals no new infections.
Using that I get first fatality about 300 dead on 20Mar, about 700 dead on Mar25, about 1700 dead on Mar30...