A researcher believes that children who attend elementary school in a rural setting differ in their amount of physical activity than children who attend elementary school in an urban setting. The researcher collects a random sample from each population and records 63 of the 93 children from rural schools and 74 of the 88 children from urban schools participate in at least one hour of rigorous activity a day. Compute a 95% confidence interval for the difference in proportions of physical activity of rural and urban children. a. Name of Interval: b. State the random variable(s) and the parameter(s) in words. c. State and check the assumptions for a hypothesis test/interval. d. Find the sample statistics and the confidence interval.
A researcher believes that children who attend elementary school in a rural setting differ in their amount of physical activity than children who attend elementary school in an urban setting. The researcher collects a random sample from each population and records 63 of the 93 children from rural schools and 74 of the 88 children from urban schools participate in at least one hour of rigorous activity a day. Compute a 95% confidence interval for the difference in proportions of physical activity of rural and urban children. a. Name of Interval: b. State the random variable(s) and the parameter(s) in words. c. State and check the assumptions for a hypothesis test/interval. d. Find the sample statistics and the confidence interval.
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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A researcher believes that children who attend elementary school in a rural setting differ in their amount of physical activity than children who attend elementary school in an urban setting. The researcher collects a random sample from each population and records 63 of the 93 children from rural schools and 74 of the 88 children from urban schools participate in at least one hour of rigorous activity a day. Compute a 95% confidence interval for the difference in proportions of physical activity of rural and urban children.
a. Name of Interval:
b. State the random variable(s) and the parameter(s) in words.
c. State and check the assumptions for a hypothesis test/interval.
d. Find the sample statistics and the confidence interval.
e. Statistical Interpretation:
f. Real World Interpretation:
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