Answer:
For total population (including male and female)
per
population
For male population only
per
male population
Step-by-step explanation:
Here, out of
males and
females, number of people having prostate cancer is equal to

Total population is equal to

Thus, rate of fractional incidence with respect to total population is equal to


Number of incidence of prostate cancer per
people is equal to

There will be
incidence per
population
In terms of male population only it will be
