I think the data alone is an objective argument.
Using basic math (Bayes theorem) I can compute it reduce my chance of death by 668 time and Hospitalization by 116 times.
see below:
Covid Fact:
- proportion on covid death that are unvaccinated
p(not(vaccinated) | covid-death ) = 99%
- proportion of population this is unvaccinated
P(not(vaccinated)) = 14%
- proportion of population this is vaccinated
P(vaccinated) = 86%
Basic math:
- Probability of death from covid if not vacinated
P(covid-death | not(vaccinated)) = 0.99 * P(covid-death) / 0.14
- Probability of death from covid if vacinated
P(covid-death | vaccinated) = 0.01 * P(covid-death) / 0.86
- How many time more likely to die from covid if not vaccinated
P(covid-death | not(vaccinated)) / P(covid-death | vaccinated) = 608
Fact:
if you are not vaccinated,
You are 608 times more likely to die from Covid 19 and
you are 116 times more likely to be hospitalized.
see below:
Covid Fact: - proportion on covid death that are unvaccinated p(not(vaccinated) | covid-death ) = 99% - proportion of population this is unvaccinated P(not(vaccinated)) = 14% - proportion of population this is vaccinated P(vaccinated) = 86% Basic math: - Probability of death from covid if not vacinated P(covid-death | not(vaccinated)) = 0.99 * P(covid-death) / 0.14 - Probability of death from covid if vacinated P(covid-death | vaccinated) = 0.01 * P(covid-death) / 0.86 - How many time more likely to die from covid if not vaccinated P(covid-death | not(vaccinated)) / P(covid-death | vaccinated) = 608 Fact: if you are not vaccinated, You are 608 times more likely to die from Covid 19 and you are 116 times more likely to be hospitalized.