December 20' 2020
When you remove the first four months of testing deaths and cases and then divide total deaths into cases you get a corrected mortality rate of 1.2%
When you remove the first four months of testing deaths and cases and then divide total deaths into cases you get a corrected mortality rate of 1.2%
This article from June 27th has the numbers from the John Hopkins University for said date. Subtract the cases in the article from today's total cases. Then subtract the deaths from the article from today's total deaths.
Today's total case 17,391,270
June 27th total 2,500,419
= 15,290,851
Today's total death 312,636
June 27th total death 125,434
= 187,202
187,202÷15,290,851
=0.0122427457
Move the decimal two places to the right
= 1.2%
June 27th total 2,500,419
= 15,290,851
Today's total death 312,636
June 27th total death 125,434
= 187,202
187,202÷15,290,851
=0.0122427457
Move the decimal two places to the right
= 1.2%
The reason we remove the first four months from the equation is, its tainted science. The only people getting tested back then was the VERY sickest of the public and the mortality rate was as high as 6%. The June 27th article has a mortality rate of 5%
125,434÷2,500,419
= 5.0%
125,434÷2,500,419
= 5.0%
This isn't math magic, you can easily look up any old article and use the numbers that they would have got from the CDC and do the same formula and you'll get a corrected mortality rate.
Here's the article I meant to include -
https://www.cnn.com/world/live-news/coronavirus-pandemic-06-27-20-intl/index.html
https://covid.cdc.gov/covid-data-tracker/#cases_casesper100klast7days
https://www.cnn.com/world/live-news/coronavirus-pandemic-06-27-20-intl/index.html
https://covid.cdc.gov/covid-data-tracker/#cases_casesper100klast7days
One could argue that the cases is actually 1.5 or 2 times what it is today. How many people had the virus and didn't get tested? That would make the mortality rate less then 1%. In other words this is all optics all 10 months long has been one big lie.
Total cases 15,290,851×1.5
=22,936,276.5
187,202÷22,936,276.5
=0.0081618305
0.8% mortality rate
Total cases 15,290,851×2
=30,581,702
187,202÷30,581,702
=0.0061213728
0.6% mortality rate.
=22,936,276.5
187,202÷22,936,276.5
=0.0081618305
0.8% mortality rate
Total cases 15,290,851×2
=30,581,702
187,202÷30,581,702
=0.0061213728
0.6% mortality rate.