B
Bill Sloman
Guest
On Thursday, April 2, 2020 at 8:40:27 AM UTC+11, Flyguy wrote:
Flyguy does see the world from his own unique point of view - one in which he gets things right.
R0 is simply the number of other people that an infected person infects.
If you do thorough contact tracing you can actually count the number of people infected.
The average value of R0 in a particular environment and social situation is stable enough to be worth knowing, even if the situation is chaotic (which means short-term unpredictable rather than random).
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Bill Sloman, Sydney
On Tuesday, March 31, 2020 at 6:33:32 PM UTC-7, Bill Sloman wrote:
On Wednesday, April 1, 2020 at 4:27:21 AM UTC+11, Flyguy wrote:
On Tuesday, March 31, 2020 at 1:15:50 AM UTC-7, bitrex wrote:
On 3/31/2020 2:21 AM, Flyguy wrote:
On Monday, March 30, 2020 at 7:00:42 PM UTC-7, bitrex wrote:
On 3/30/2020 9:19 PM, Flyguy wrote:
On Monday, March 30, 2020 at 3:26:05 PM UTC-7, Uwe Bonnes wrote:
snip
The above-linear increase in deaths year-over-year among an aging
population could be just the result that it was a Communist team effort
for the better part of 40 years to get that. go team?
Historical data is of not much use in a chaotic event like COVID-19, which is a true game changer.
Twaddle.It's just one more infectious disease.
Just look at the 1918 Flu, which killed more people than WWI itself (but was promulgated by the war). On top of that, the Chicomm data is completely unreliable, at least for the current crisis. Chaotic events just don't lend themselves to analysis by differential equations which, by their very nature, assume a linear system.
You've got to have a non-linear system to have chaos.
Differential equations work fine for non-linear systems. They do assume piecewise linearity - which is what "finite, continuous and differentiable" is all about, but there's a huge universe of non-linear problems for which they do work.
Spice handles the exponential response of a transistor to changes in base-emitter voltage perfectly satisfactorily.
I've been aware that Flyguy is intellectually challenged for some time now, but this bit of evidence is more conclusive than usual.
LOL! You believe the Chicomms have been honest and forthcoming, and a monarchy is a modern form of government!! And you think you can come up with an R0 infection rate in what is clearly a chaotic environment.
Flyguy does see the world from his own unique point of view - one in which he gets things right.
R0 is simply the number of other people that an infected person infects.
If you do thorough contact tracing you can actually count the number of people infected.
The average value of R0 in a particular environment and social situation is stable enough to be worth knowing, even if the situation is chaotic (which means short-term unpredictable rather than random).
--
Bill Sloman, Sydney