2. ATV Deaths. The number of deaths from all-terrain vehicles for selected years is given in the table. Year a) Create a scatterplot for the data. Graph the scatterplot below. b) Determine what type of model is appropriate for the Number of Deaths 1995 200 data. 1997 241 c) Use the appropriate regression on your calculator tos find a model and store it in Y1. Graph the regression equation in the same coordinate plane below. 398 1999 2001 517 2003 636 2005 467 d) Estimate the years in which the number of ATV deaths was or will be 300. Discuss the accuracy of your estimates.

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---

**2. ATV Deaths.** The number of deaths from all-terrain vehicles for selected years is given in the table.

**a)** Create a scatterplot for the data. Graph the scatterplot below.

**b)** Determine what type of model is appropriate for the data.

**c)** Use the appropriate regression on your calculator to find a model and store it in Y1. Graph the regression equation in the same coordinate plane below.

**d)** Estimate the years in which the number of ATV deaths was or will be 300. Discuss the accuracy of your estimates.

**Table:**
- **Year | Number of Deaths**
  - 1995 | 200
  - 1997 | 241
  - 1999 | 398
  - 2001 | 517
  - 2003 | 636
  - 2005 | 467

**Graph Illustration:**
- The Y-axis is labeled with marks at intervals from 300 to 700 indicating the number of deaths.
- Individual dots on the graph represent the data points for the number of deaths corresponding to each year provided.

The task involves plotting the given data on a scatterplot, choosing a suitable regression model, and using it to analyze trends and make predictions about other years.

--- 

This description provides insight into analyzing and visualizing statistical data regarding ATV deaths over specific years.
Transcribed Image Text:Certainly! Here's the transcription and explanation for an educational website. --- **2. ATV Deaths.** The number of deaths from all-terrain vehicles for selected years is given in the table. **a)** Create a scatterplot for the data. Graph the scatterplot below. **b)** Determine what type of model is appropriate for the data. **c)** Use the appropriate regression on your calculator to find a model and store it in Y1. Graph the regression equation in the same coordinate plane below. **d)** Estimate the years in which the number of ATV deaths was or will be 300. Discuss the accuracy of your estimates. **Table:** - **Year | Number of Deaths** - 1995 | 200 - 1997 | 241 - 1999 | 398 - 2001 | 517 - 2003 | 636 - 2005 | 467 **Graph Illustration:** - The Y-axis is labeled with marks at intervals from 300 to 700 indicating the number of deaths. - Individual dots on the graph represent the data points for the number of deaths corresponding to each year provided. The task involves plotting the given data on a scatterplot, choosing a suitable regression model, and using it to analyze trends and make predictions about other years. --- This description provides insight into analyzing and visualizing statistical data regarding ATV deaths over specific years.
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