#25). Calculate the critical z-value(s) for each of the given hypothesis test scenarios below. If multiple criticalvalues exist for a single scenario, enter the solutions using a comma-separated list. Round z-values to twodecimal places.• Find the critical z-value(s) for a left-tailed test of hypothesis for a mean, assuming the populationstandard deviation is known, with a sample size of 113 and let a = 0.025.Z =• Find the critical z-value(s) for a right-tailed test of hypothesis for a mean, assuming the populationstandard deviation is known, with a sample size of 92 and a significance level of 1%.• Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of53 and a significance level of 5%.• Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of38 and a significance level of 0.1%.

Calculate the critical z-value(s) for each of the given hypothesis test scenarios below. If multiple critical values exist for a single scenario, enter the solutions using a comma-separated list. Round z-values to two decimal places. • Find the critical z-value(s) for a left-tailed test of hypothesis for a mean, assuming the population standard deviation is known, with a sample size of 113 and let a = 0.025. • Find the critical z-value(s) for a right-tailed test of hypothesis for a mean, assuming the population standard deviation is known, with a sample size of 92 and a significance level of 1%. • Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of 53 and a significance level of 5%. • Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of 38 and a significance level of 0.1%.

Calculate the critical z-value(s) for each of the given hypothesis test scenarios below. If multiple critical values exist for a single scenario, enter the solutions using a comma-separated list. Round z-values to two decimal places. • Find the critical z-value(s) for a left-tailed test of hypothesis for a mean, assuming the population standard deviation is known, with a sample size of 113 and let a = 0.025. • Find the critical z-value(s) for a right-tailed test of hypothesis for a mean, assuming the population standard deviation is known, with a sample size of 92 and a significance level of 1%. • Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of 53 and a significance level of 5%. • Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of 38 and a significance level of 0.1%.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.5: Comparing Sets Of Data

Problem 14PPS

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#25).

Calculate the critical z-value(s) for each of the given hypothesis test scenarios below. If multiple critical
values exist for a single scenario, enter the solutions using a comma-separated list. Round z-values to two
decimal places.
• Find the critical z-value(s) for a left-tailed test of hypothesis for a mean, assuming the population
standard deviation is known, with a sample size of 113 and let a = 0.025.
Z =
• Find the critical z-value(s) for a right-tailed test of hypothesis for a mean, assuming the population
standard deviation is known, with a sample size of 92 and a significance level of 1%.
• Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of
53 and a significance level of 5%.
• Find the critical z-value(s) for a two-tailed test of hypothesis for a proportion, with a sample size of
38 and a significance level of 0.1%.

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