With well over 99.94% certainty. He's making stuff up and doesn't understand how complex the data and reporting is...
As comparisons, the table shows the case fatality rates for other disease outbreaks. The CFR of SARS-CoV and MERS-CoV were high: 10% and 34%, respectively.22
The US seasonal flu has a case fatality rate of approximately 0.1% to 0.2% – lower than the current CFR for COVID-19.23[/i]
What makes you think I do not understand the data and make stuff up?
But let's first clear up the potential confusion with your less-than-careful cut & paste from the article;
The way you posted it above, it looks like the CFR (Case Fatality Rate) for COVID is 19.23 and that compares with, say, flu at 0.1% to 0.2%. Terrible difference.
But "19" in the "19.23" refers to COVID-19... and even worse, the "23" refers to the particular End Note.
Neither number has anything to do with the actual CFR for the USA of 2.1%
Now, what did I claim in the several posts earlier in this thread? I said that our (as members of overall population) chances of getting infected are 1-2%. and if infected (and confirmed), your chances to die are also 1-2% (and guess what, what the paper you linked states the USA CFR is 2.1% - I was pretty darn close, no?) So, the combined chance of dying is indeed a number I made up. I made it up of numbers and formulas involved.
If you multiply 1% x 1% you get 0.01% (that would be for countries with a lower CFR - for instance, Austria)
If you multiply 2% x 2% you get 0.04%
So the survival chances, as members of overall population in various countries, are from 99.99% to 99.96%
And currently, the crude mortality rate for the USA is 0.08% (that is, 260,000 dead divided by 330 million population). If by the end of the year we reach 300,000 dead, the rate will go up to 0.09%