R
Rick C
Guest
I have been collecting the data from the CDC which is dated to the estimated time of infection. This data shows new infections being attributed to dates up to a month ago. This both raises the numbers for older data and lowers the numbers for newer data. It also invalidates the newest data as being incomplete.
Constructing a graph from the most recent curve up to the peak infection rate gives a very consistent exponential line with a slope of 0.19. I will note this number and update it each day as the CDC releases new data. The data peak is 3/13 for data of 3/24 and has moved from 3/9 in data dated 3/19..
Unfortunately this method has a much longer lag time from actions to fight this disease.
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Rick C.
- Get 1,000 miles of free Supercharging
- Tesla referral code - https://ts.la/richard11209
Constructing a graph from the most recent curve up to the peak infection rate gives a very consistent exponential line with a slope of 0.19. I will note this number and update it each day as the CDC releases new data. The data peak is 3/13 for data of 3/24 and has moved from 3/9 in data dated 3/19..
Unfortunately this method has a much longer lag time from actions to fight this disease.
--
Rick C.
- Get 1,000 miles of free Supercharging
- Tesla referral code - https://ts.la/richard11209