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MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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**Question 5 of 5:**

**Current Attempt in Progress**

A given population proportion is 0.25. For the given value of \( n \), what is the probability of getting each of the following sample proportions?

**Appendix A Statistical Tables**

*(Round all \( z \) values to 2 decimal places, e.g., 0.75. Round all intermediate calculations and answers to 4 decimal places, e.g., 0.2725.)*

a. \( n = 110 \) and \( \hat{p} \leq 0.21 \)

\[ p = \]

b. \( n = 33 \) and \( \hat{p} > 0.24 \)

\[ p = \]

c. \( n = 59 \) and \( 0.24 \leq \hat{p} < 0.27 \)

\[ p = \]

d. \( n = 80 \) and \( \hat{p} > 0.30 \)

\[ p = \]

e. \( n = 800 \) and \( \hat{p} > 0.30 \)

\[ p = \]

**eTextbook and Media**
Transcribed Image Text:**Question 5 of 5:** **Current Attempt in Progress** A given population proportion is 0.25. For the given value of \( n \), what is the probability of getting each of the following sample proportions? **Appendix A Statistical Tables** *(Round all \( z \) values to 2 decimal places, e.g., 0.75. Round all intermediate calculations and answers to 4 decimal places, e.g., 0.2725.)* a. \( n = 110 \) and \( \hat{p} \leq 0.21 \) \[ p = \] b. \( n = 33 \) and \( \hat{p} > 0.24 \) \[ p = \] c. \( n = 59 \) and \( 0.24 \leq \hat{p} < 0.27 \) \[ p = \] d. \( n = 80 \) and \( \hat{p} > 0.30 \) \[ p = \] e. \( n = 800 \) and \( \hat{p} > 0.30 \) \[ p = \] **eTextbook and Media**
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