a. To estimate u with o = 44, E = 3, and 95% confidence b. To estimate µ with a range of values from 20 to 88 with E =2 and 90% confidence c. To estimate p with p unknown, E = .04, and 98% confidence d. To estimate p with E = .03, 95% confidence, and p thought to be approximately.70 (Round your answers up to the nearest integer.) a. Sample b. Sample c. Sample

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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**Determine the sample size necessary under the following conditions.**

a. To estimate \( \mu \) with \( \sigma = 44, E = 3, \) and 95% confidence

b. To estimate \( \mu \) with a range of values from 20 to 88 with \( E = 2 \) and 90% confidence

c. To estimate \( p \) with \( p \) unknown, \( E = 0.04, \) and 98% confidence

d. To estimate \( p \) with \( E = 0.03, \) 95% confidence, and \( p \) thought to be approximately 0.70

*(Round your answers up to the nearest integer.)*

- a. Sample: [Input box]
- b. Sample: [Input box]
- c. Sample: [Input box]
- d. Sample: [Input box]

[Link: Appendix A Statistical Tables]
Transcribed Image Text:**Determine the sample size necessary under the following conditions.** a. To estimate \( \mu \) with \( \sigma = 44, E = 3, \) and 95% confidence b. To estimate \( \mu \) with a range of values from 20 to 88 with \( E = 2 \) and 90% confidence c. To estimate \( p \) with \( p \) unknown, \( E = 0.04, \) and 98% confidence d. To estimate \( p \) with \( E = 0.03, \) 95% confidence, and \( p \) thought to be approximately 0.70 *(Round your answers up to the nearest integer.)* - a. Sample: [Input box] - b. Sample: [Input box] - c. Sample: [Input box] - d. Sample: [Input box] [Link: Appendix A Statistical Tables]
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