Express the confidence interval (0.056,0.130) in the form of p- E

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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**Confidence Interval Expression**

Express the confidence interval (0.056, 0.130) in the form \(\hat{p} - E < p < \hat{p} + E\).

- Input Fields:
  - Box 1: < \(p\) < 
  - Box 2: (Type integers or decimals.)

**Instructions:**

To express the confidence interval as \(\hat{p} - E < p < \hat{p} + E\), follow these steps:

1. **Calculate \(\hat{p}\) (Point Estimate):**
   - \(\hat{p} = \frac{0.056 + 0.130}{2} = 0.093\)

2. **Calculate \(E\) (Margin of Error):**
   - \(E = 0.130 - 0.093 = 0.037\)

3. **Express the Interval:**
   - \(0.093 - 0.037 < p < 0.093 + 0.037\)
   - Simplified: \(0.056 < p < 0.130\)

Use the calculated values in the input fields to complete the expression.
Transcribed Image Text:**Confidence Interval Expression** Express the confidence interval (0.056, 0.130) in the form \(\hat{p} - E < p < \hat{p} + E\). - Input Fields: - Box 1: < \(p\) < - Box 2: (Type integers or decimals.) **Instructions:** To express the confidence interval as \(\hat{p} - E < p < \hat{p} + E\), follow these steps: 1. **Calculate \(\hat{p}\) (Point Estimate):** - \(\hat{p} = \frac{0.056 + 0.130}{2} = 0.093\) 2. **Calculate \(E\) (Margin of Error):** - \(E = 0.130 - 0.093 = 0.037\) 3. **Express the Interval:** - \(0.093 - 0.037 < p < 0.093 + 0.037\) - Simplified: \(0.056 < p < 0.130\) Use the calculated values in the input fields to complete the expression.
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