https://file.aiquickdraw.com/mathbot/file/1729338149849pyhu0ufv.jpg

Here is the histogram based on the data you provided. The bars represent the frequency (number of boxes) for each class interval of mangoes. The highest frequency is in the interval 56.5-59.5, where 16 boxes were counted.

Do you need any more details or have further questions?

Here are 5 related questions that expand on this concept:
1. How would the histogram change if one of the intervals had a significantly higher number of boxes?
2. How do you calculate the total number of mangoes from this histogram data?
3. What happens to the histogram if we change the class interval widths?
4. How could you find the mode of this dataset using the histogram?
5. How would you calculate the mean number of mangoes using this frequency distribution?

**Tip**: In histograms, the area of each bar is proportional to the frequency of the class it represents. This becomes crucial if class intervals vary in size.

This guide explains how to create a histogram based on the frequency distribution of mango counts across different intervals. The provided data includes class intervals such as 50.5-53.5, with corresponding frequencies. It covers essential concepts like class intervals, frequency distribution, and how to analyze the histogram to find the mode and calculate the mean.

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