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6. In Table 3, calculate the overall number of expected deaths for Population A and for Population B, assuming that each had the population profile of the "Standard Population" in Table 2. Multiply the actual age-specific death rates of populations A and B by the "standard population." Use the age-specific death rates from above. (Hint: For "age- specific death rate," decimal to at least the ten thousandths. For "Expected # of Deaths" Decimal to at least the tenth.) Age (Yrs) <15 years 15-44 years >45 years Overall Standard Population 1,500 4,000 2,500 8,000 Table 3. Population A Age-Specific Death Rate 0.0125 Expected # of Deaths 18.8 Population B Age- Specific Death Rate 0.025 Expected # of Deaths 37.5

6. In Table 3, calculate the overall number of expected deaths for Population A and for Population B, assuming that each had the population profile of the "Standard Population" in Table 2. Multiply the actual age-specific death rates of populations A and B by the "standard population." Use the age-specific death rates from above. (Hint: For "age- specific death rate," decimal to at least the ten thousandths. For "Expected # of Deaths" Decimal to at least the tenth.) Age (Yrs) <15 years 15-44 years >45 years Overall Standard Population 1,500 4,000 2,500 8,000 Table 3. Population A Age-Specific Death Rate 0.0125 Expected # of Deaths 18.8 Population B Age- Specific Death Rate 0.025 Expected # of Deaths 37.5

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Table 2

<15 years 1,500
15-44 years 4,000
>45 years 2,500
Total 8,000
6. In Table 3, calculate the overall number of expected deaths for Population A and for Population B, assuming that each had the population profile of the “Standard Population" in Table 2. Multiply the actual age-specific death rates of populations A and B by the "standard population." Use the age-specific death rates from above. (Hint: For “age- specific death rate," decimal to at least the ten thousandths. For "Expected # of Deaths" Decimal to at least the tenth.) Age (Yrs) <15 years 15-44 years >45 years Overall Standard Population 1,500 4,000 2,500 8,000 Table 3 Population A Age-Specific Death Rate 0.0125 Expected # of Deaths 18.8 Population B Age- Specific Death Rate 0.025 Expected # of Deaths 37.5
Transcribed Image Text:6. In Table 3, calculate the overall number of expected deaths for Population A and for Population B, assuming that each had the population profile of the “Standard Population" in Table 2. Multiply the actual age-specific death rates of populations A and B by the "standard population." Use the age-specific death rates from above. (Hint: For “age- specific death rate," decimal to at least the ten thousandths. For "Expected # of Deaths" Decimal to at least the tenth.) Age (Yrs) <15 years 15-44 years >45 years Overall Standard Population 1,500 4,000 2,500 8,000 Table 3 Population A Age-Specific Death Rate 0.0125 Expected # of Deaths 18.8 Population B Age- Specific Death Rate 0.025 Expected # of Deaths 37.5
Age (Yrs) <15 15-44 >45 Total # people 4,000 8,000 3,000 15,000 Population A % of Pop. 27 53 20 100 Table 1 # deaths 50 350 100 500 # people 1,000 3,000 6,000 10,000 Population B % of Pop. 10 30 60 100 # deaths 25 130 345 500
Transcribed Image Text:Age (Yrs) <15 15-44 >45 Total # people 4,000 8,000 3,000 15,000 Population A % of Pop. 27 53 20 100 Table 1 # deaths 50 350 100 500 # people 1,000 3,000 6,000 10,000 Population B % of Pop. 10 30 60 100 # deaths 25 130 345 500
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