Random samples of 110 homes in Kingston, Ontario (n₁) and 100 homes in Owen Sound, Ontario (n₂) were selected. Each home was examined for the presence of asbestos, and it was found that 20 homes in Owen Sound and 35 homes in Kingston had some presence of asbestos. We would like to test whether the proportion of homes with asbestos in Kingston (p₁) is greater than the proportion of homes in Owen Sound with asbestos (p₂). What test statistic should ve use? Here, we will denote by p the proportion of homes with asbestos in Kingston and Owen Sound combined. Select one: a. Z= O b. Z = P₁-P₂ √(1-p)(1/n₁+1/m₂) N(0, 1) P1-P₂ √P₁(1-P₁)/₁+P₂(1-P₂)/n₂) ~ N(0, 1) O c. x² = [1=1 (Ek-Ok)² Ek Ok is the actual number of observations, in the cells of the contingency table corresponding to this problem. x, where Ek is the expected number of observations, and

Random samples of 110 homes in Kingston, Ontario (n₁) and 100 homes in Owen Sound, Ontario (n₂) were selected. Each home was examined for the presence of asbestos, and it was found that 20 homes in Owen Sound and 35 homes in Kingston had some presence of asbestos. We would like to test whether the proportion of homes with asbestos in Kingston (p₁) is greater than the proportion of homes in Owen Sound with asbestos (p₂). What test statistic should ve use? Here, we will denote by p the proportion of homes with asbestos in Kingston and Owen Sound combined. Select one: a. Z= O b. Z = P₁-P₂ √(1-p)(1/n₁+1/m₂) N(0, 1) P1-P₂ √P₁(1-P₁)/₁+P₂(1-P₂)/n₂) ~ N(0, 1) O c. x² = [1=1 (Ek-Ok)² Ek Ok is the actual number of observations, in the cells of the contingency table corresponding to this problem. x, where Ek is the expected number of observations, and

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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