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Suppose two distributions with the following characteristics are given. Distribution A Distribution B H= 45,900 o = 6,319 H = 34.70 O = 4.70 If a value from distribution A is 55,600 and a value from distribution B is 44.0, convert each value to a standardized z-value and indicate which one is relatively closer to its respective mean. Choose the correct answer below. O A. The value from distribution B is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution A. O B. The value from distribution A is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution B. O C. The value from distribution B is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution A. O D. The value from distribution A is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution B.

Suppose two distributions with the following characteristics are given. Distribution A Distribution B H= 45,900 o = 6,319 H = 34.70 O = 4.70 If a value from distribution A is 55,600 and a value from distribution B is 44.0, convert each value to a standardized z-value and indicate which one is relatively closer to its respective mean. Choose the correct answer below. O A. The value from distribution B is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution A. O B. The value from distribution A is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution B. O C. The value from distribution B is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution A. O D. The value from distribution A is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution B.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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Suppose two distributions with the following characteristics are given. Distribution A Distribution B H = 45,900 o = 6,319 u= 34.70 O = 4.70 If a value from distribution A is 55,600 and a value from distribution B is 44.0, convert each value to a standardized z-value and indicate which one is relatively closer to its respective mean. Choose the correct answer below. O A. The value from distribution B is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution A. O B. The value from distribution A is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution B. C. The value from distribution B is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution A. D. The value from distribution A is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution B.
Transcribed Image Text:Suppose two distributions with the following characteristics are given. Distribution A Distribution B H = 45,900 o = 6,319 u= 34.70 O = 4.70 If a value from distribution A is 55,600 and a value from distribution B is 44.0, convert each value to a standardized z-value and indicate which one is relatively closer to its respective mean. Choose the correct answer below. O A. The value from distribution B is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution A. O B. The value from distribution A is relatively closer to its mean because its corresponding z-value is smaller than the z-value corresponding to the value from distribution B. C. The value from distribution B is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution A. D. The value from distribution A is relatively closer to its mean because its corresponding z-value is larger than the z-value corresponding to the value from distribution B.
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