Sure, but these vaccines also significantly reduce the chance of getting COVID-19 in the first place. So we start out with a lower sample of people that have COVID-19. On average something like a 90% reduction is seen in people getting the disease if they’re vaccinated, and then of that remaining 10% or so that do get it, about 1% of them will die. So overall it’s like 0.1% will die… from the significantly reduced initial sample of people that even get COVID-19.

Sure, but these vaccines also significantly reduce the chance of getting COVID-19 in the first place. So we start out with a lower sample of people that have COVID-19. Then, of that lower sample, on average something like a 90% reduction is seen in people getting the disease if they’re vaccinated, and then of that remaining 10% or so that do get it, about 1% of them will die. So overall it’s like 0.1% will die… from the significantly reduced initial sample of people that even get COVID-19.

Sure, but these vaccines also significantly reduce the chance of getting COVID-19 in the first place. So we start out with a lower sample of people that have COVID. Then, of that lower sample, on average something like a 90% reduction is seen in people getting the disease if they’re vaccinated, and then of that remaining 10% or so that do get it, about 1% of them will die. So overall it’s like 0.1% will die… from the significantly reduced initial sample of people that even get COVID-19.

No it doesn’t, this is basic math.

These vaccines significantly reduce the chance of getting COVID-19 in the first place. So we start out with a lower sample of people that have COVID. Then, of that lower sample, on average something like a 90% reduction is seen in people getting the disease if they’re vaccinated, and then of that remaining 10% or so that do get it, about 1% of them will die. So overall it’s like 0.1% will die… from the significantly reduced initial sample of people that even get COVID-19.