The problem provides a set of data points representing the number of guests at Hunter's Ribeye BBQ House each day since they opened: $96, 279, 255, 254, 75, 211, 271, 291$. The goal is to create a histogram to represent the data. The histogram already has the x-axis divided into intervals of 100, starting from 0 and ending at 300. The y-axis represents the number of days, ranging from 0 to 8. We need to determine the number of data points that fall into each interval and adjust the bars on the histogram accordingly.

1. Problem Description

The problem provides a set of data points representing the number of guests at Hunter's Ribeye BBQ House each day since they opened: $96, 279, 255, 254, 75, 211, 271, 291$. The goal is to create a histogram to represent the data. The histogram already has the x-axis divided into intervals of 100, starting from 0 and ending at

3

0

0. The y-axis represents the number of days, ranging from 0 to

8. We need to determine the number of data points that fall into each interval and adjust the bars on the histogram accordingly.

2. Solution Steps

First, let's identify the intervals and count the data points within each interval:

* 0-100: The data points in this range are $96$ and $75$. So, there are 2 data points.

* 100-200: The data points in this range are none. So, there are 0 data points.

* 200-300: The data points in this range are $279, 255, 254, 211, 271, 291$. So, there are 6 data points.

Based on this count, the bars of the histogram should be:

* 0-100: Height of

2. * 100-200: Height of

0. * 200-300: Height of

6.

3. Final Answer

The histogram should have bars with heights of 2, 0, and 6 for the intervals 0-100, 100-200, and 200-300, respectively.