Compare the results of parts (a) and (b).

The Lower Canyon mean is greater, while the median and mode are the same.The mean, median, and mode are greater for the Upper Canyon.    The Lower Canyon mean is greater, while the median and mode are less.The mean, median, and mode are greater for the Lower Canyon.

To compare the results of the mean, median, and mode between the Lower Canyon and the Upper Canyon, we need the values for the Upper Canyon as well. However, since only the Lower Canyon data was provided, let's assume you have the Upper Canyon's statistics.

### Possible Comparisons:

1. **The Lower Canyon mean is greater, while the median and mode are the same.**
   - This scenario implies that although the average number of injuries (mean) is higher in the Lower Canyon, the middle value (median) and the most frequent value (mode) are identical for both canyons.

2. **The mean, median, and mode are greater for the Upper Canyon.**
   - This scenario suggests that in the Upper Canyon, all three central tendency measures—mean, median, and mode—are higher than those in the Lower Canyon.

3. **The Lower Canyon mean is greater, while the median and mode are less.**
   - This scenario means that although the average number of injuries is higher in the Lower Canyon, the median and mode values are lower compared to the Upper Canyon.

4. **The mean, median, and mode are greater for the Lower Canyon.**
   - This scenario suggests that all three measures of central tendency—mean, median, and mode—are higher in the Lower Canyon compared to the Upper Canyon.

### Conclusion:
Without specific data for the Upper Canyon, we cannot definitively choose which comparison is accurate. However, you should compare the mean, median, and mode of the Upper Canyon with those of the Lower Canyon to determine which statement is correct.

Would you like to provide the Upper Canyon data, or do you have another specific comparison in mind?

Here are some follow-up questions:
1. What are the mean, median, and mode values for the Upper Canyon?
2. How do the distributions of injuries compare between the Upper and Lower Canyon?
3. What factors could contribute to the differences in mean, median, and mode between the two canyons?
4. How does the range of injuries compare between the Upper and Lower Canyon?
5. What does a higher mean indicate in the context of injuries per landing point?

**Tip:** When comparing datasets, it’s crucial to look at the overall distribution, not just central tendency measures. This gives a fuller picture of the differences.

Explore the comparison of mean, median, and mode between Lower and Upper Canyon statistics. Analyze scenarios where the mean is greater in the Lower Canyon while the median and mode remain the same, and other variations. Discover insights into statistical measures in this detailed comparison.

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