If one of the pedestrian deaths is randomly selected, find the probability that the driver was not intoxicated. (Please enter a decimal, and round your answer to 4 decimal places.)

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The table summarizes results from pedestrian deaths that were caused by automobile accidents.

| Driver Intoxicated? | Pedestrian Intoxicated? Yes | Pedestrian Intoxicated? No |
|---------------------|----------------------------|---------------------------|
| Yes                 | 49                         | 73                        |
| No                  | 289                        | 565                       |

Table 1: This table shows the number of pedestrian deaths based on whether the driver and pedestrian were intoxicated. There are four categories:

1. Both the driver and pedestrian were intoxicated: 49 cases.
2. The driver was intoxicated, but the pedestrian was not: 73 cases.
3. The driver was not intoxicated, but the pedestrian was: 289 cases.
4. Neither the driver nor the pedestrian was intoxicated: 565 cases.

Question:
If one of the pedestrian deaths is randomly selected, find the probability that the driver was not intoxicated. (Please enter a decimal, and round your answer to 4 decimal places.)

Probability = [Blank Box]

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The task is to calculate the probability for educational purposes, assuming a purely statistical perspective without judgment or implications regarding intoxication and its consequences. Students are encouraged to consider the use of basic probability principles using the data provided in the table.
Transcribed Image Text:The table summarizes results from pedestrian deaths that were caused by automobile accidents. | Driver Intoxicated? | Pedestrian Intoxicated? Yes | Pedestrian Intoxicated? No | |---------------------|----------------------------|---------------------------| | Yes | 49 | 73 | | No | 289 | 565 | Table 1: This table shows the number of pedestrian deaths based on whether the driver and pedestrian were intoxicated. There are four categories: 1. Both the driver and pedestrian were intoxicated: 49 cases. 2. The driver was intoxicated, but the pedestrian was not: 73 cases. 3. The driver was not intoxicated, but the pedestrian was: 289 cases. 4. Neither the driver nor the pedestrian was intoxicated: 565 cases. Question: If one of the pedestrian deaths is randomly selected, find the probability that the driver was not intoxicated. (Please enter a decimal, and round your answer to 4 decimal places.) Probability = [Blank Box] Submit Question Button. The task is to calculate the probability for educational purposes, assuming a purely statistical perspective without judgment or implications regarding intoxication and its consequences. Students are encouraged to consider the use of basic probability principles using the data provided in the table.
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