11) A wildlife conservationist is examining the distribution of animal species in three different regions: A, B, and C. They expect that the distribution should be 30% species X, 40% species Y, and 30% species Z in each region. However, due to habitat changes, they believe that the distribution might be altered. After conducting an extensive survey in each region and gathering data on 800 species, they find the following distribution: ● Region A: X-210, Y-300, Z-290 Region B: X-150, Y - 180, Z-170 Region C: X-90, Y- 120, Z- 190 At a significance level of 0.01, can the conservationist conclude that there are significant differences between the observed and expected species distributions in the three regions?
11) A wildlife conservationist is examining the distribution of animal species in three different regions: A, B, and C. They expect that the distribution should be 30% species X, 40% species Y, and 30% species Z in each region. However, due to habitat changes, they believe that the distribution might be altered. After conducting an extensive survey in each region and gathering data on 800 species, they find the following distribution: ● Region A: X-210, Y-300, Z-290 Region B: X-150, Y - 180, Z-170 Region C: X-90, Y- 120, Z- 190 At a significance level of 0.01, can the conservationist conclude that there are significant differences between the observed and expected species distributions in the three regions?
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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Transcribed Image Text:11) A wildlife conservationist is examining the distribution of animal species in three different regions: A, B,
and C. They expect that the distribution should be 30% species X, 40% species Y, and 30% species Z in each
region. However, due to habitat changes, they believe that the distribution might be altered. After conducting an
extensive survey in each region and gathering data on 800 species, they find the following distribution:
Region A: X-210, Y-300, Z-290
Region B: X-150, Y - 180, Z-170
Region C: X-90, Y- 120, Z- 190
At a significance level of 0.01, can the conservationist conclude that there are significant differences between
the observed and expected species distributions in the three regions?
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