https://file.aiquickdraw.com/mathbot/file/1725846359744cnyidll5.jpg

Select all that apply.
A.
There is a gap between 225 miles and 275 miles.
B.
There is a gap between 475 miles and 625 miles.
C.
There is an outlier at approximately 675 miles.
D.
There is a cluster between 475 miles and 525 miles.
E.
There is a cluster between 475 miles and 575 miles.
F.
There is an outlier at approximately 325 miles.
G.
The histogram has no​ clusters, gaps, or outliers.

Let me analyze the histogram and answer your question based on the image.The histogram in the image can be analyzed by examining its structure. Let's go through each option:

- **Option A**: "There is a gap between 225 miles and 275 miles."  
  - This is **incorrect**. The histogram shows data in this range; there's no gap between 225 and 275 miles.

- **Option B**: "There is a gap between 475 miles and 625 miles."  
  - This is **correct**. There are no bars in the histogram between these mile ranges, indicating a gap.

- **Option C**: "There is an outlier at approximately 675 miles."  
  - This is **correct**. The bar at approximately 675 miles stands out alone from the rest of the distribution, making it an outlier.

- **Option D**: "There is a cluster between 475 miles and 525 miles."  
  - This is **incorrect**. There is no cluster of bars in this region, and it actually shows a gap.

- **Option E**: "There is a cluster between 475 miles and 575 miles."  
  - This is **incorrect**. The histogram shows no bars between 475 and 575 miles, indicating no cluster.

- **Option F**: "There is an outlier at approximately 325 miles."  
  - This is **incorrect**. The histogram does not show any unusual values near 325 miles.

- **Option G**: "The histogram has no clusters, gaps, or outliers."  
  - This is **incorrect**. We have already identified both a gap and an outlier.

### Correct answers: **B, C**

Would you like more details or further explanations? Here are five follow-up questions you might explore:

1. What defines a gap, cluster, and outlier in a histogram?
2. How does an outlier affect the interpretation of data in a histogram?
3. Can clusters and gaps coexist in a single dataset, and what would that signify?
4. What are some strategies to handle outliers in data analysis?
5. How would the appearance of the histogram change if more data points were added?

**Tip:** In histograms, gaps often indicate a range with no data points, while clusters suggest concentrations of data. Understanding these can help identify patterns in your dataset.

Select all that apply. A. There is a gap between 225 miles and 275 miles. B. There is a gap between 475 miles and 625 miles. C. There is an outlier at approximately 675 miles. D. There is a cluster between 475 miles and 525 miles. E. There is a cluster between 475 miles and 575 miles. F. There is an outlier at approximately 325 miles. G. The histogram has no clusters, gaps, or outliers.

Learn how to analyze a histogram by identifying gaps, outliers, and clusters. In this example, we review a histogram showing gaps between 475-625 miles, an outlier at 675 miles, and more. Suitable for middle school students, Grades 6-8.

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