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The following table shows deaths due to tuberculosis (TB) in two towns. Complete parts (a) through (c). Click the icon to view the table. a. Compute the death rates for whites in Town 1. 0.18% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 1. 0.74% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 1. 0.19% (Round to the nearest hundredth as needed.) b. Compute the death rate for whites in Town 2. 0.13% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 2. 0.34% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 2. Data table Race White Nonwhite Total White Nonwhite Total Town 1 Population 4.656,000 94,000 4,750,000 Town 2 Population 82,000 44,000 126,000 Full data set TB deaths 8200 700 8900 TB deaths 110 150 260 Print G Done 0.21% (Round to the nearest hundredth as needed.) c. Explain why the results might seem surprising or paradoxical, and explain how the paradox arises. Choose the correct answer below. - X O A. The rate for whites was higher in Town 1 than in Town 2, as the rate for nonwhites was higher in Town 1 than in Town 2 too. The percentage of whites was significantly higher in Town 2 than in Town 1. O B. The rate for both whites and nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The percentage of nonwhites was significantly lower in Town 1 than in Town 2. ⒸC. The rate for nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The total number of people was significantly higher in Town 1 than in Town 2.

The following table shows deaths due to tuberculosis (TB) in two towns. Complete parts (a) through (c). Click the icon to view the table. a. Compute the death rates for whites in Town 1. 0.18% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 1. 0.74% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 1. 0.19% (Round to the nearest hundredth as needed.) b. Compute the death rate for whites in Town 2. 0.13% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 2. 0.34% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 2. Data table Race White Nonwhite Total White Nonwhite Total Town 1 Population 4.656,000 94,000 4,750,000 Town 2 Population 82,000 44,000 126,000 Full data set TB deaths 8200 700 8900 TB deaths 110 150 260 Print G Done 0.21% (Round to the nearest hundredth as needed.) c. Explain why the results might seem surprising or paradoxical, and explain how the paradox arises. Choose the correct answer below. - X O A. The rate for whites was higher in Town 1 than in Town 2, as the rate for nonwhites was higher in Town 1 than in Town 2 too. The percentage of whites was significantly higher in Town 2 than in Town 1. O B. The rate for both whites and nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The percentage of nonwhites was significantly lower in Town 1 than in Town 2. ⒸC. The rate for nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The total number of people was significantly higher in Town 1 than in Town 2.

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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Im having trouble on the last part which is Part c.   I dont know if its C or B. I think its B but im not sure.  The rest dont bother doing because im pretty sure its right so just focus on part c

The following table shows deaths due to tuberculosis (TB) in two towns. Complete parts (a) through (c). Click the icon to view the table. a. Compute the death rates for whites in Town 1. 0.18% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 1. 0.74% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 1. 0.19% (Round to the nearest hundredth as needed.) b. Compute the death rate for whites in Town 2 0.13% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 2. 0.34% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 2. Data table Race White Nonwhite Total White Nonwhite Total Town 1 Population 4,656,000 94,000 4,750,000 Town 2 Population 82,000 44,000 126,000 Full data set TB deaths 8200 700 8900 TB deaths 110 150 260 Print C Done 0.21% (Round to the nearest hundredth as needed.) c. Explain why the results might seem surprising or paradoxical, and explain how the paradox arises. Choose the correct answer below. - X O A. The rate for whites was higher in Town 1 than in Town 2, as the rate for nonwhites was higher in Town 1 than in Town 2 too. The percentage of whites was significantly higher in Town 2 than in Town 1. O B. The rate for both whites and nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The percentage of nonwhites was significantly lower in Town 1 than in Town 2. O C. The rate for nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The total number of people was significantly higher in Town 1 than in Town 2.
Transcribed Image Text:The following table shows deaths due to tuberculosis (TB) in two towns. Complete parts (a) through (c). Click the icon to view the table. a. Compute the death rates for whites in Town 1. 0.18% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 1. 0.74% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 1. 0.19% (Round to the nearest hundredth as needed.) b. Compute the death rate for whites in Town 2 0.13% (Round to the nearest hundredth as needed.) Compute the death rate for nonwhites in Town 2. 0.34% (Round to the nearest hundredth as needed.) Compute the death rate for all residents in Town 2. Data table Race White Nonwhite Total White Nonwhite Total Town 1 Population 4,656,000 94,000 4,750,000 Town 2 Population 82,000 44,000 126,000 Full data set TB deaths 8200 700 8900 TB deaths 110 150 260 Print C Done 0.21% (Round to the nearest hundredth as needed.) c. Explain why the results might seem surprising or paradoxical, and explain how the paradox arises. Choose the correct answer below. - X O A. The rate for whites was higher in Town 1 than in Town 2, as the rate for nonwhites was higher in Town 1 than in Town 2 too. The percentage of whites was significantly higher in Town 2 than in Town 1. O B. The rate for both whites and nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The percentage of nonwhites was significantly lower in Town 1 than in Town 2. O C. The rate for nonwhites was higher in Town 1 than in Town 2, yet the overall rate was higher in Town 2 than in Town 1. The total number of people was significantly higher in Town 1 than in Town 2.
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