Requesting assistance please **Statistical Hypothesis Testing: Ear Wiggling Proportion Among Millionaires**In the study, we want to determine if the proportion of millionaires who can wiggle their ears is different from the general population, which is approximately 11%. Out of 315 millionaires surveyed, 50 could wiggle their ears. We will assess this using a significance level of \( \alpha = 0.05 \).### Steps in Testing:1. **Select Test Type:** - For this study, we should use: _Select an answer_.2. **Formulate Hypotheses:** - **Null Hypothesis (\(H_0\)):** - \(H_0: \) ? _Select an answer_ \( = \) _(please enter a decimal)_ - **Alternative Hypothesis (\(H_1\)):** - \(H_1: \) ? _Select an answer_ \( = \) _(Please enter a decimal)_3. **Calculate Test Statistic:** - The test statistic is: \( ? = \) _(please show your answer to 3 decimal places)_4. **Determine P-value:** - The p-value is: \( = \) _(Please show your answer to 3 decimal places)_5. **Compare P-value to Significance Level:** - If \( \text{p-value} \leq \alpha \), decide to: _Select an answer_ the null hypothesis.6. **Draw Conclusion:** Based on the analysis: - The data suggest the population proportion is **not significantly different** from 11% at \( \alpha = 0.05 \), indicating statistically insignificant evidence to conclude that the population proportion of millionaires who can wiggle their ears is different from 11%. - Alternatively, if significant, the data suggest the population proportion is **significantly different** from 11% at \( \alpha = 0.05 \).### Additional Resources:- Helpful Videos: [Calculations](#), [Setup](#), [Interpretations](#)This guide assists in understanding how to determine statistical significance regarding whether the ear-wiggling ability among millionaires differs from the general population.

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Only about 11% of all people can wiggle their ears. Is this percent different for millionaires? Of the 315 millionaires surveyed, 50 could wiggle their ears. What can be concluded at the a = 0.05 level of significance? %3D a. For this study, we should use b. The null and alternative hypotheses would be: Select an answer Ho: ? C Select an answer (please enter a decimal) H1: Select an answer (Please enter a decimal) c. The test statistic ? 0 (please show your answer to 3 decimal places.) %3D