nah, it's a bounding problem. hospitalization rate is just hospitalizations divided by infections.
hospitalizations number is known.
infections number, we know the lower bound, and it's likely substantially higher.
the known infections number is high enough that hospitalization rate is <1%. the likely infections is substantially higher, which would mean the hospitalization rate is only lower inside that bound, meaning <0.1% or something.
nah, it's a bounding problem. hospitalization rate is just hospitalizations divided by infections.
hospitalizations number is known.
infections number, we know the lower bound, and it's likely substantially higher.
the known infections number is high enough that hospitalization rate is <1%. the likely infections is substantially higher, which would mean the hospitalization rate is only lower inside that bound, meaning <0.1% or something.