spi 5. Find the t values that form the boundaries of the criti- cal region for a two-tailed test with a = .05 for each 10 of the following sample sizes: %3D а. п — 4 %3D b. n=D15 C. n=24 6. Find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with a = .01 for each of the following sample sizes. а. п 3 10 %3D b. n = 20 %3D 1. The following sample of n = 4 scores was obtained from a population with unknown parameters. Scores: 2, 2, 6, 2 a. Compute the sample mean and standard deviation. (Note that these are descriptive values that sum- marize the sample data.) b. Compute the estimated standard error for M. (Note that this is an inferential value that describes how accurately the sample mean represents the unknown population mean.) %3D 8. The following sample was obtained from a population with unknown parameters. Scores: 13, 7, 6, 12, 0, 4 a. Compute the sample mean and standard deviation. (Note that these are descriptive values that sum- marize the sample data.) b. Compute the estimated standard error for M. (Note that this is an inferential value that describes how accurately the sample mean represents the unknown population mean.)

spi 5. Find the t values that form the boundaries of the criti- cal region for a two-tailed test with a = .05 for each 10 of the following sample sizes: %3D а. п — 4 %3D b. n=D15 C. n=24 6. Find the t value that forms the boundary of the critical region in the right-hand tail for a one-tailed test with a = .01 for each of the following sample sizes. а. п 3 10 %3D b. n = 20 %3D 1. The following sample of n = 4 scores was obtained from a population with unknown parameters. Scores: 2, 2, 6, 2 a. Compute the sample mean and standard deviation. (Note that these are descriptive values that sum- marize the sample data.) b. Compute the estimated standard error for M. (Note that this is an inferential value that describes how accurately the sample mean represents the unknown population mean.) %3D 8. The following sample was obtained from a population with unknown parameters. Scores: 13, 7, 6, 12, 0, 4 a. Compute the sample mean and standard deviation. (Note that these are descriptive values that sum- marize the sample data.) b. Compute the estimated standard error for M. (Note that this is an inferential value that describes how accurately the sample mean represents the unknown population mean.)

Name: How to work number 8 spi5. Find the t values that form the boundaries
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Description: How to work number 8 spi5. Find the t values that form the boundaries of the criti-cal region for a two-tailed test with a = .05 for each10of the following sample sizes:%3Dа. п — 4%3Db. n=D15C. n=246. Find the t value that forms the boundary of the c

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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