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O O Consider the 24 values shown in the table. Complete parts a through d below. 31 15 23 29 10 18 17 28 O 17 22 O 28 14 9 22 27 8 9 13 31 28 13 26 11 30 a. A simple random sample of 4 items is shown below. Calculate the sampling error for the sample. 17 26 22 22 140 The sampling error for the sample is (Round to two decimal places as needed.) b. If a random sample of n = 8 items includes the values below, compute the sampling error for the sample mean. 27 14 22 29 17 11 14 The sampling error for the sample is (Round to two decimal places as needed.) c. If a random sample of n = 12 items includes the values below, compute the sampling error for the sample mean. 11 29 17 17 23 31 28 22 18 28 8 140 The sampling error for the sample is (Round to two decimal places as needed.). d. Compare the sampling error for parts a, b, and c and explain the reason for the differences. OA. As the sample size increases, the sampling error becomes increasingly positive. OB. As the sample size increases, the sampling error becomes increasingly negative. C. As the sample size increases, the magnitude of sampling error decreases. OD. Sample size has no effect on the sampling error. OE. As the sample size increases, the magnitude of sampling error increases.

O O Consider the 24 values shown in the table. Complete parts a through d below. 31 15 23 29 10 18 17 28 O 17 22 O 28 14 9 22 27 8 9 13 31 28 13 26 11 30 a. A simple random sample of 4 items is shown below. Calculate the sampling error for the sample. 17 26 22 22 140 The sampling error for the sample is (Round to two decimal places as needed.) b. If a random sample of n = 8 items includes the values below, compute the sampling error for the sample mean. 27 14 22 29 17 11 14 The sampling error for the sample is (Round to two decimal places as needed.) c. If a random sample of n = 12 items includes the values below, compute the sampling error for the sample mean. 11 29 17 17 23 31 28 22 18 28 8 140 The sampling error for the sample is (Round to two decimal places as needed.). d. Compare the sampling error for parts a, b, and c and explain the reason for the differences. OA. As the sample size increases, the sampling error becomes increasingly positive. OB. As the sample size increases, the sampling error becomes increasingly negative. C. As the sample size increases, the magnitude of sampling error decreases. OD. Sample size has no effect on the sampling error. OE. As the sample size increases, the magnitude of sampling error increases.

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter12: Angle Relationships And Transformations
Section: Chapter Questions
Problem 3CP
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1 O Consider the 24 values shown in the table. Complete parts a through d below. 27 31 28 8 O 22 28 14 15 23 26 29 18 10 9 22 The sampling error for the sample is (Round to two decimal places as needed.) a. A simple random sample of 4 items is shown below. Calculate the sampling error for the sample. 22 22 O 9 13 The sampling error for the sample is (Round to two decimal places as needed.) 31 28 13 b. If a random sample of n = 8 items includes the values below, compute the sampling error for the sample mean. 22 29 11 14 26 11 30 c. If a random sample of n = 12 items includes the values below, compute the sampling error for the sample mean. 17 23 31 28 8 The sampling error for the sample is (Round to two decimal places as needed.) d. Compare the sampling error for parts a, b, and c and explain the reason for the differences. A. As the sample size increases, the sampling error becomes increasingly positive. B. As the sample size increases, the sampling error becomes increasingly negative. C. As the sample size increases, the magnitude of sampling error decreases. OD. Sample size has no effect on the sampling error. OE. As the sample size increases, the magnitude of sampling error increases. HAP
Transcribed Image Text:1 O Consider the 24 values shown in the table. Complete parts a through d below. 27 31 28 8 O 22 28 14 15 23 26 29 18 10 9 22 The sampling error for the sample is (Round to two decimal places as needed.) a. A simple random sample of 4 items is shown below. Calculate the sampling error for the sample. 22 22 O 9 13 The sampling error for the sample is (Round to two decimal places as needed.) 31 28 13 b. If a random sample of n = 8 items includes the values below, compute the sampling error for the sample mean. 22 29 11 14 26 11 30 c. If a random sample of n = 12 items includes the values below, compute the sampling error for the sample mean. 17 23 31 28 8 The sampling error for the sample is (Round to two decimal places as needed.) d. Compare the sampling error for parts a, b, and c and explain the reason for the differences. A. As the sample size increases, the sampling error becomes increasingly positive. B. As the sample size increases, the sampling error becomes increasingly negative. C. As the sample size increases, the magnitude of sampling error decreases. OD. Sample size has no effect on the sampling error. OE. As the sample size increases, the magnitude of sampling error increases. HAP
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