Use the information in the following paragraph to answer Questions 1-5. Show all of the work for your calculations; do not just give the answer. In a hypothetical city, there is a population of 60,000 people. During the year 2000, there were 1,285 deaths from all causes. All new cases of disease "X" have been accounted for and they total 1,927 (625 males and 1,302 females). During the year 2000 there were 147 deaths from disease "X", 42 of them in males. 1. What is the incidence rate per 100,000 population? 2. What is the crude death rate for all causes per 1,000 population? 3. Assuming a male population of 33,000 and a female population of 27,000, what is the sex-specific incidence rate for disease "X", and sex-specific mortality rate for males and females for disease "X"? (For incidence, assume the entire population is at risk for disease "X") 4. Assuming there were no existing cases of disease "X" at the end of 1999, what is the case-fatality rate? 5. Assume the number of existing cases of disease "X" at the end of 1999 is 3,569. What is the prevalence rate of disease "X" per 100,000 population at the end of the year 2000?
Use the information in the following paragraph to answer Questions 1-5. Show all of the work for your calculations; do not just give the answer. In a hypothetical city, there is a population of 60,000 people. During the year 2000, there were 1,285 deaths from all causes. All new cases of disease "X" have been accounted for and they total 1,927 (625 males and 1,302 females). During the year 2000 there were 147 deaths from disease "X", 42 of them in males. 1. What is the incidence rate per 100,000 population? 2. What is the crude death rate for all causes per 1,000 population? 3. Assuming a male population of 33,000 and a female population of 27,000, what is the sex-specific incidence rate for disease "X", and sex-specific mortality rate for males and females for disease "X"? (For incidence, assume the entire population is at risk for disease "X") 4. Assuming there were no existing cases of disease "X" at the end of 1999, what is the case-fatality rate? 5. Assume the number of existing cases of disease "X" at the end of 1999 is 3,569. What is the prevalence rate of disease "X" per 100,000 population at the end of the year 2000?
Chapter10: Exponential And Logarithmic Functions
Section10.3: Evaluate And Graph Logarithmic Functions
Problem 10.53TI: In 1906, San Francisco experienced an intense earthquake with a magnitude of 7.8 on the Richter...
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