Jeeze, don't take this the wrong way, but you scared the hell out of me.Proudly wearing my mask.
Which country is in better shape today and likely going forward?
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Norway? I didn't mention Norway, nor did I mention economics. Sooo ...COVID-19 deaths per million population: U.S. 573, Sweden 576, Norway 49
COVID-19 case fatality rate: U.S. 3.0%, Sweden 6.9%, Norway 2.4%
Unemployment rate: U.S. 10.2%, Sweden 9.2%, Norway 8.2%
Per capita GDP: U.S. $62,800, Sweden $54,600, Norway $81,700
Just curious, what's the relevance of per capita GDP?Population density (per km^2):
Sweden: 22.5
Norway: 17.0
Denmark: 134.0
COVID-19 deaths per million:
Sweden: 576
Norway: 49
Denmark: 108
per capita GDP:
Sweden: $54,600
Norway: $81,700
Denmark: $61,350
Hmm. Population density doesn't seem to be the difference.
Just curious, what's the relevance of per capita GDP?
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Do you prefer unemployment as a measure of economic strength and future prospects?
Sweden: 9.2%
Norway: 8.2%
Denmark: 5.2%
What were those figures in December 2019?
So what was the percentage increase in unemployment by country over this period?Are you really too lazy to Google?
Unemployment July 2019
Sweden 6%
Norway 3.8%
Denmark 3.7%
The point is that Sweden incurred the costs (5-10x the per capita COVID-19 deaths compared to its neighbors) without the commensurate economic benefits.
The reason is fairly obvious. Much -- perhaps most -- of the economic fallout isn't due to government-imposed lockdowns (which are virtually unenforced and unenforceable in the U.S., anyway, as we have seen). The cause is the virus itself. The average American has about a 1 in 200 chance of dying of COVID-19 if infected. On the order of 80% of Americans are susceptible to SARS-CoV-2. Many people have decided to change their habits according to their perception of that risk. The 94% decline in air travel between April 2019 and April 2020 wasn't due to governments grounding commercial airlines -- it was due to a collapse in demand for what many people perceived as an unacceptably risky activity.
Many people have decided to change their habits according to their perception of that risk. The 94% decline in air travel between April 2019 and April 2020 wasn't due to governments grounding commercial airlines -- it was due to a collapse in demand for what many people perceived as an unacceptably risky activity.
Toby, you've been responding to my comparison of Sweden to US and Mexico WRT new Covid-19 deaths per million population - full stop. I've been wondering ever since why you've injected economic data into your replies. I still wonder.Do you prefer unemployment as a measure of economic strength and future prospects?
Sweden: 9.2%
Norway: 8.2%
Denmark: 5.2%
So what was the percentage increase in unemployment by country over this period?
I've been wondering ever since why you've injected economic data into your replies. I still wonder.
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Want to trade arithmetic problems, eh? A year of human life in the U.S. is reckoned to be worth $100K-$200K by health economists. Read this if you want to know the details of how such estimates are made.
When the U.S. COVID-19 death toll hits 250,000 before the end of this year, it will have reduced life expectancy in the U.S. by 10 months. After calculating that cost, consider what the cost would have been if the U.S. had merely been an average country in COVID-19 per capita death rate, rather than the 11th highest (bumped out of the #10 spot by those crafty Swedes, but we're gaining on them!).
For extra credit, compare those numbers to the size of the COVID-19 relief bills in the U.S., and estimate the cost savings if the U.S. hadn't performed so abysmally in dealing with COVID-19.
So what was the percentage increase in unemployment by country over this period?
Let’s put it into words:It's not the proportionate increase that matters -- it's the absolute delta.
By your reasoning, if I live in a town where the YOY murder rate doubled from 0.1 to 0.2 per 100,000 population I would be better off to move the adjacent city where the YOY murder rate "only" increases by 50% from 20 to 30 per 100,000.