4. A survey of 40 home prices in a metropolitan area has the following results. Price Less than $200,000 Equal to $200,000 More than $200,000 Number of homes 13 27 1. Test the hypothesis that the median price in the metropolitan is $200,000

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The image contains educational content focusing on statistical analysis related to home prices and regression models. 

### Survey of Home Prices:
A survey of 40 home prices in a metropolitan area shows the following results:

- **Number of homes priced less than $200,000**: 13
- **Number of homes priced equal to $200,000**: 1
- **Number of homes priced more than $200,000**: 27

### Hypothesis Testing:
1. **Test if the median price in the metropolitan area is $200,000.**
2. **Test if the median price in the metropolitan area is more than $200,000.**

- **Significance level (α)**: 0.05 for both cases. 
- Instructions include hypothesis formulation, use of the binomial approach, and detailed explanation of calculations with p-values included.

### Regression Analysis:
It is proposed that the annual return of a security and the market return are related by the following regression model:
\[ y = mx + b + \varepsilon \]
- **y**: Annual return of the security.
- **x**: Annual return of the market.
- **b**: Intercept.
- **ε**: Normally distributed noise.

#### Return Calculation:
\[ \text{Return} = \frac{\text{Value at end of year} + \text{received dividends during year} - \text{value at beginning of year}}{\text{value at beginning of year}} \]

### Instructions for Model Testing:
- Retrieve annual data on a security of choice.
- Choose a financial index (e.g., S&P 500) as the market indicator.
- Use data spanning 20 years.
- Perform regression analysis to test the hypothesis.
- Include results and conclusions, significances, final regression model, coefficient of determination, and graphs (regression line, scatterplot, residuals).

Questions to Address:
- Model validity assessment.
- Positive or adverse influence determination.
- Explanation of results in terms of market performance.

This educational content directs students or users through practical statistical tasks, encouraging application and evaluation of statistical tests and models.
Transcribed Image Text:The image contains educational content focusing on statistical analysis related to home prices and regression models. ### Survey of Home Prices: A survey of 40 home prices in a metropolitan area shows the following results: - **Number of homes priced less than $200,000**: 13 - **Number of homes priced equal to $200,000**: 1 - **Number of homes priced more than $200,000**: 27 ### Hypothesis Testing: 1. **Test if the median price in the metropolitan area is $200,000.** 2. **Test if the median price in the metropolitan area is more than $200,000.** - **Significance level (α)**: 0.05 for both cases. - Instructions include hypothesis formulation, use of the binomial approach, and detailed explanation of calculations with p-values included. ### Regression Analysis: It is proposed that the annual return of a security and the market return are related by the following regression model: \[ y = mx + b + \varepsilon \] - **y**: Annual return of the security. - **x**: Annual return of the market. - **b**: Intercept. - **ε**: Normally distributed noise. #### Return Calculation: \[ \text{Return} = \frac{\text{Value at end of year} + \text{received dividends during year} - \text{value at beginning of year}}{\text{value at beginning of year}} \] ### Instructions for Model Testing: - Retrieve annual data on a security of choice. - Choose a financial index (e.g., S&P 500) as the market indicator. - Use data spanning 20 years. - Perform regression analysis to test the hypothesis. - Include results and conclusions, significances, final regression model, coefficient of determination, and graphs (regression line, scatterplot, residuals). Questions to Address: - Model validity assessment. - Positive or adverse influence determination. - Explanation of results in terms of market performance. This educational content directs students or users through practical statistical tasks, encouraging application and evaluation of statistical tests and models.
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