The table summarizes results from 990 pedestrian deaths that were caused by automobile accidents. Pedestrian Deaths Pedestrian Intoxicated? Driver Intoxicated? Yes No Yes 55 80 No 227 628 If one of the pedestrian deaths is randomly selected, find the probability that the driver was intoxicated. Please enter a decimal to 4 places.

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Q18
**Analysis of Pedestrian Deaths Caused by Automobile Accidents**

**Summary Table: Pedestrian Deaths**

This table provides a summary of 990 pedestrian deaths resulting from automobile accidents, categorized by whether the driver and the pedestrian were intoxicated.

|                      | Pedestrian Intoxicated? |
|----------------------|-------------------------|
| **Driver Intoxicated?** | Yes       | No        |
| Yes                  | 55         | 80        |
| No                   | 227        | 628       |

**Task:**  
Calculate the probability that a driver involved in a randomly selected pedestrian death was intoxicated. Provide your answer as a decimal to four places.

**Field for Response:**

[ _______ ]

**Button:**  
[Submit Question]

**Explanation**:  
The table above presents four categories based on the intoxication status of both the driver and pedestrian involved in the accidents. To find the requested probability, consider only the cases where the driver was intoxicated and not the total numbers in the other categories.
Transcribed Image Text:**Analysis of Pedestrian Deaths Caused by Automobile Accidents** **Summary Table: Pedestrian Deaths** This table provides a summary of 990 pedestrian deaths resulting from automobile accidents, categorized by whether the driver and the pedestrian were intoxicated. | | Pedestrian Intoxicated? | |----------------------|-------------------------| | **Driver Intoxicated?** | Yes | No | | Yes | 55 | 80 | | No | 227 | 628 | **Task:** Calculate the probability that a driver involved in a randomly selected pedestrian death was intoxicated. Provide your answer as a decimal to four places. **Field for Response:** [ _______ ] **Button:** [Submit Question] **Explanation**: The table above presents four categories based on the intoxication status of both the driver and pedestrian involved in the accidents. To find the requested probability, consider only the cases where the driver was intoxicated and not the total numbers in the other categories.
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