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Meteorologists Study the Climate of Texas

Question 12

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Meteorologists study the climate of Texas. Using the data from the website ("http://www.usclimatedata.com") they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities.


A) Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (Austin and San Antonio) , and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (Houston) differs from Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different .
B) Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (Austin and Houston) , and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (San Antonio) differs from Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different .
C) Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (Houston and San Antonio) , and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different (Austin) differs from Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different and Meteorologists study the climate of Texas. Using the data from the website ( http://www.usclimatedata.com ) they estimate the average precipitation in inches for three cities: Austin, Houston and San Antonio. Using a multiple comparison procedure the meteorologists identify the differences between the average precipitation level, in inches per month, for the considered three cities, and construct the Tukey-Kramer confidence interval for 95% Studentized range critical value. ​ Help the meteorologists to draw a correct conclusion about the differences between the average precipitation levels in these cities. A) (Austin and San Antonio) , and (Houston) differs from and . B) (Austin and Houston) , and (San Antonio) differs from and . C) (Houston and San Antonio) , and (Austin) differs from and . D) All three μ's are different .
D) All three μ's are different

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