MATLAB: An Introduction with Applications
6th Edition
ISBN: 9781119256830
Author: Amos Gilat
Publisher: John Wiley & Sons Inc
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- [View page 2 of the standard normal table](#)
**Calculation:**
\( P(z > -0.13) = \) [Enter value here] (Round your answer to four decimal places as needed.)
**Explanation:**
Utilize the standard normal distribution tables linked above to find the probability value corresponding to \( z = -0.13 \). Then, determine the probability for \( z > -0.13 \) by subtracting the table value from 1, since tables typically provide \( P(z \leq \text{value}) \).](https://content.bartleby.com/qna-images/question/3902e49a-6190-4c79-8257-ee67f635a48b/0124361e-a17a-45b0-9067-186be829257c/b5oht7k_processed.jpeg)
Transcribed Image Text:**Standard Normal Distribution Probability Calculation**
To find the indicated probability using the standard normal distribution, we'll use the following information:
**Problem:**
Determine the probability \( P(z > -0.13) \).
**Resources:**
- [View page 1 of the standard normal table](#)
- [View page 2 of the standard normal table](#)
**Calculation:**
\( P(z > -0.13) = \) [Enter value here] (Round your answer to four decimal places as needed.)
**Explanation:**
Utilize the standard normal distribution tables linked above to find the probability value corresponding to \( z = -0.13 \). Then, determine the probability for \( z > -0.13 \) by subtracting the table value from 1, since tables typically provide \( P(z \leq \text{value}) \).
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