**Calculate the Standard Error and Assess Normality**In this exercise, you are required to calculate the standard error for various sample sizes and proportions, and then determine whether normality can be assumed. Round your answers to four decimal places.| | $n$ | $\pi$ | Standard Error | Normality ||-----|-------|---------|----------------|-----------|| (a) | 25 | 0.16 | | No || (b) | 52 | 0.29 | | Yes || (c) | 95 | 0.38 | | Yes || (d) | 388 | 0.094 | | No |**Instructions:**1. Calculate the standard error for each set of values $(n, \pi)$.2. Determine whether normality can be assumed based on the calculated standard error and other relevant criteria.3. Enter your answers in the table and select "Yes" or "No" under the Normality column as appropriate.**Note:** Ensure all calculations are precise and rounded to four decimal places as requested.

Name: **Calculate the Standard Error and Assess Normality**In this exercise
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Description: **Calculate the Standard Error and Assess Normality**In this exercise, you are required to calculate the standard error for various sample sizes and proportions, and then determine whether normality can be assumed. Round your answers to four decimal

Math

Statistics

Calculate the standard error. May normality be assumed? (Round your answers to 4 decimal places.) Standard Error Normality No (a) n- 25, 7 .16 (b) n 52, 7 .29 Yes (c) n- 95, 7 .38 Yes (d) n- 388, -.004 No

Calculate the standard error. May normality be assumed? (Round your answers to 4 decimal places.) Standard Error Normality No (a) n- 25, 7 .16 (b) n 52, 7 .29 Yes (c) n- 95, 7 .38 Yes (d) n- 388, -.004 No

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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**Calculate the Standard Error and Assess Normality**

In this exercise, you are required to calculate the standard error for various sample sizes and proportions, and then determine whether normality can be assumed. Round your answers to four decimal places.

| | $n$ | $\pi$ | Standard Error | Normality |
|-----|-------|---------|----------------|-----------|
| (a) | 25 | 0.16 | | No |
| (b) | 52 | 0.29 | | Yes |
| (c) | 95 | 0.38 | | Yes |
| (d) | 388 | 0.094 | | No |

**Instructions:**

1. Calculate the standard error for each set of values $(n, \pi)$.
2. Determine whether normality can be assumed based on the calculated standard error and other relevant criteria.
3. Enter your answers in the table and select "Yes" or "No" under the Normality column as appropriate.

**Note:** Ensure all calculations are precise and rounded to four decimal places as requested.

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