You just started your summer internship with immunityPlus based in La Crosse, Wisconsin. You are working with forecasting team to estimate how many doses of an immunization drug will be needed. For each drug estimation, you will be provided the following information: 1. The size of the target population 2. The life expectancy, in yeras of an individual in the population 3. A file containig ages, in years, of a sample of 12 people infected in the population To calculate the number of doses needed: 1. Calulate the average age of infection from a sample of 12 years 2. Calculate the Base reproduction number(Ro) Ro = life expectancy / average age of infection 3. Calculate herd immunity threshold (Q) Q = 1 - 1/Ro 4. Calculate the numebr of doses Doses = Q * population size Construct a profram that allos a user to enter the size of the target population, the life expectancy of an individual in the population, and the name of the sample file. Once this information is obtained, perform the above four calculations and output the result of each calculation, appropriately labled. sample file: Corona.txt Data in sample file: 39 20 31 10 42 49 54 21 70 40 47 60
You just started your summer internship with immunityPlus based in La Crosse, Wisconsin. You are working with forecasting team to estimate how many doses of an immunization drug will be needed.
For each drug estimation, you will be provided the following information:
1. The size of the target population
2. The life expectancy, in yeras of an individual in the population
3. A file containig ages, in years, of a sample of 12 people infected in the population
To calculate the number of doses needed:
1. Calulate the average age of infection from a sample of 12 years
2. Calculate the Base reproduction number(Ro)
Ro = life expectancy / average age of infection
3. Calculate herd immunity threshold (Q)
Q = 1 - 1/Ro
4. Calculate the numebr of doses
Doses = Q * population size
Construct a profram that allos a user to enter the size of the target population, the life expectancy of an individual in the population, and the name of the sample file. Once this information is obtained, perform the above four calculations and output the result of each calculation, appropriately labled.
sample file: Corona.txt
Data in sample file:
39
20
31
10
42
49
54
21
70
40
47
60
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