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Originally Posted by Willd
I'm pretty sure people are wildly misinterpreting what King Spew said. He is saying if as an individual he could prevent a single death by taking these actions then it's a trivial decision.
You can prevent a single death by doing a great number of things. Alcohol kills 100K people a year and adds a few million life years of misery to human existence in the US each year; being a teetotaler and encouraging your friends not to drink is going to save far more lives than being a virtue signalling cuck who wears a mask. But few do that (a very few; Trump is the only celebrity I can think of who actively discourages drinking).
Wearing a mask during flu season would also do this; no one does it.
Each 5% of personal Western discretionary spending you give up to the poorest poor would also save lives (of the malnourished and diseased poor), few give a ****. You're typing here virtue signalling rather than spending that time working to earn money to save a life, what are you, a psychopath?
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It would be pretty psychopathic not to take the actions if it is a minor inconvenience and would on average save as much as one life.
Most people would choose to take such actions if the average number of deaths prevented was orders of magnitude less than one life, which is evidenced by the fact that lots of people are happy to wear a mask/social distance at the moment.
The fact they aren't is evidenced by the fact that they don't do it for flu season and a million other things which have higher life saving ability than wearing a mask all the time for a year.
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Also the relative R of flu/Covid is essentially irrelevant when deducing how many flu deaths would be prevented by mask wearing. The only relevant factor is how effective wearing masks is at reducing the rate, which is only really dependent on the normal infection vector of the disease. If there is any correlation at all I would expect mask wearing to have a proportionally larger impact on a disease with a higher R value; there would probably be exceptions but the exponential nature of spread means this would normally be the case.
Um no. The opposite is true. If R is low then the all deaths can be stopped with minor efforts (because R<1 means the exponential dies); if R is high it's likely going to go through the population no matter what you do, and masks are just a loser sideshow; it's lockdowns and restrictions that do the work.
And indeed, we saw that play out exactly in Europe, where people masked up like nutters, believing they worked, before deaths soared and they went into hard lockdown for months (which was the only thing that slowed it); masks did exactly
jack **** to stop covid.
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Therefore if we assume the infection vectors of flu/Covid are very similar then wearing masks would be less effective at preventing spread of flu than at preventing spread of Covid.
This makes no sense whatsoever just on its face. Add in the fact that flus involve a lot more sneezing and coughing and it's lolwtfbbq reasoning. The fact that the flu has disappeared also disproves your reasoning; masks and distancing have put flu deaths to zero and done jack **** for covid deaths.
Your complete lack of reasoning here shows you're a brainwashed participant in a covid mask religion, rather than soberly looking at actions which do (and don't) save lives and make sense from a cost/benefit perspective.