| > B. If one doesn’t take the vaccine, one’s chances of dying or being disabled for years or permanently are much higher. But for a young person with no co-morbidities, that chance is still basically 0%. > C. If one doesn’t take the vaccine there is a significant chance they give the virus to someone else, killing them. Even if others have taken the vaccine themselves? Either that particular risk is negligible if the vaccine works, or the vaccine doesn't work. |
>But for a young person with no co-morbidities, that chance is still basically 0%.
According to table "COVID-19 Fatality Rate by AGE:" at https://www.worldometers.info/coronavirus/coronavirus-age-se..., the mortality rate for everyone under 40 years of age is 0.2%. That "is basically 0", but means that for every 1000 people infected, 2 will die. Roughly half of the US is under 40 years old (https://www.statista.com/statistics/241488/population-of-the...). If no-one had gotten vaccinated, you would expect to see 320,000 deaths in that age group. According to https://www.cdc.gov/nchs/nvss/vsrr/covid_weekly/index.htm#Se..., we've had 286,000 deaths so far in that age group.
>> C. If one doesn’t take the vaccine there is a significant chance they give the virus to someone else, killing them.
> Even if others have taken the vaccine themselves? Either that particular risk is negligible if the vaccine works, or the vaccine doesn't work.
You're forgetting the number 1 law of large numbers. Things that have a very low chance of probability happen all the time at scale. The vaccine reduces the likelihood of individuals dying by orders of magnitude, and as a group it is a great tool to reduce the R0 under 1, but contagion and transmition is still possible, and every new infection we are rolling the dice on getting "lucky" with a new vaccine resistant variant.