I posted this earlier - stick different numbers in as you choose.
[Just playing with numbers:
If "they" are right and omi doubles in 2 days, and we have 1000 cases now, it's about one month until everyone in the country who's going to get it, will have it
(15 doublings means x32000 roughly, so that means 30 days, 32 million peeps.)
Using "Estimated rates of influenza-associated pulmonary and circulatory deaths/100,000 persons were 0.4--0.6 among persons aged 0-49 years, 7.5 among persons aged 50--64 years, and 98.3 among persons aged > 65 years." (so that's a flu) that would be about 30,000 oldest dying off. Not
so bad then, but hospitals stuffed.]
1 million in a month is easy - kids' stuff.
If we have 1000 cases now that's x1000 in 30 days.
take log(1000) divided by log(2) gives you the number of doublings
It's ~ 10 so would only need a doubling every 3 days.
We've had a slowly rising period with around 40000 cases a couple of weeks ago and 120 dying a day now which is 333:1.
Pick whatever numbers you prefer
That's delta - if we get to of the order of 1mill running cases a day we should expect 3000 deaths a day (coupe pf weeks later)
about 650 daily C19 admissions now ( 7000 something IN hospital with it)
That would go to 650,000 .
Per day.
The highest we ever had
was 3,794, per day.
"It is not currently possible to find out the number of people in hospital in England being treated primarily for COVID-19." I thought it was.
Omi isn't as bad as delta, so divide by something. 10? 100? 1000?
For me that says deaths - ok, well tough but not crippling probably
but hospitalisatons much more likely to be serious, "overwhelming" isn't unlikely, depending quite a lot on how effective the vaccines are.