Run two regressions in Excel using the provided Excel file “Layoffs”. The Excel file Layoffs provides data on 50 manufacturing workers who lost their jobs due to layoffs. The data includes the following list of variables: Weeks – the number of weeks a manufacturing worker has been without a job Age – the age of the worker Education – the number of years of education of the worker Married – a dummy variable, equal to 1 if the worker is married, 0 otherwise Head – a dummy variable, equal to 1 if the worker is a head of household, 0 otherwise Tenure – the number of years on the previous job Manager – a dummy variable, equal to 1 if the worker had a management occupation, 0 otherwise Sales – a dummy variable, equal to 1 if the worker had an occupation in sales, 0 otherwise 1. Run a simple regression with a dependent variable Weeks and an independent variable Age. Create the regular and standardized residual plots for the simple regression. 2. Run a multiple regression with a dependent variable Weeks and the following set of independent variables Age, Married, Head, Manager, Sales. Create the regular and standardized residual plots for the multiple regression.

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Part I. Run two regressions in Excel using the provided Excel file “Layoffs”.
The Excel file Layoffs provides data on 50 manufacturing workers who lost their jobs due to layoffs. The

data includes the following list of variables:
Weeks – the number of weeks a manufacturing worker has been without a job
Age – the age of the worker
Education – the number of years of education of the worker
Married – a dummy variable, equal to 1 if the worker is married, 0 otherwise
Head – a dummy variable, equal to 1 if the worker is a head of household, 0 otherwise
Tenure – the number of years on the previous job
Manager – a dummy variable, equal to 1 if the worker had a management occupation, 0 otherwise Sales – a dummy variable, equal to 1 if the worker had an occupation in sales, 0 otherwise

1. Run a simple regression with a dependent variable Weeks and an independent variable Age. Create the regular and standardized residual plots for the simple regression.

2. Run a multiple regression with a dependent variable Weeks and the following set of independent variables Age, Married, Head, Manager, Sales. Create the regular and standardized residual plots for the multiple regression.

The screenshot shows an Excel spreadsheet with several columns containing data. The columns are labeled as follows:

- Week
- Age
- Married
- Head
- Manager
- Sales
- Educ
- Tenure

There are multiple rows of numerical data corresponding to each column heading. 

Additionally, there is a scatter plot chart titled "Chart Title" on the same spreadsheet. The scatter plot features a set of data points that show a trend with a generally positive correlation. A trend line is also drawn to indicate this pattern.

The scatter plot's axes are labeled with numerical scales:

- The x-axis ranges approximately from 0 to 100.
- The y-axis ranges approximately from 0 to 70.

This chart seems to analyze a relationship between two variables, though the exact variables are not specified. 

The spreadsheet is displayed on an Excel window with tabs and options related to data manipulation, such as "Home," "Insert," "Draw," "Page Layout," "Formulas," "Data," "Review," "View," and more. There are additional data tools visible, including sorting and filtering options. 

The data spreadsheet is identified as "Sheet2," and there are two tabs at the bottom labeled "Sheet1" and "Data."
Transcribed Image Text:The screenshot shows an Excel spreadsheet with several columns containing data. The columns are labeled as follows: - Week - Age - Married - Head - Manager - Sales - Educ - Tenure There are multiple rows of numerical data corresponding to each column heading. Additionally, there is a scatter plot chart titled "Chart Title" on the same spreadsheet. The scatter plot features a set of data points that show a trend with a generally positive correlation. A trend line is also drawn to indicate this pattern. The scatter plot's axes are labeled with numerical scales: - The x-axis ranges approximately from 0 to 100. - The y-axis ranges approximately from 0 to 70. This chart seems to analyze a relationship between two variables, though the exact variables are not specified. The spreadsheet is displayed on an Excel window with tabs and options related to data manipulation, such as "Home," "Insert," "Draw," "Page Layout," "Formulas," "Data," "Review," "View," and more. There are additional data tools visible, including sorting and filtering options. The data spreadsheet is identified as "Sheet2," and there are two tabs at the bottom labeled "Sheet1" and "Data."
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