2. Describing Data with Tables and Graphs

Which of the following statements is true about the distribution represented by a histogram that is symmetric and bell-shaped?

Which of the following best describes the shape of a histogram that has most of its data concentrated on the left with a long tail extending to the right?

In a probability histogram, there is a correspondence between —.

The histogram to the right represents the weights $w$ (in kilograms $\mathrm{kg}$) of a group of students. Which of the following statements is most likely true about the distribution of weights shown in the histogram?

Which of the following best describes a histogram that is skewed to the $\mathrm{left}$?

Which of the following histograms is approximately symmetric?

Which of the following can be determined directly from the histogram of a dataset?

Which of the following statements is most likely true based on the histogram above?

Based on the histograms, which of the following statements is most likely true about the distribution of the data?

Which of the following types of data would be best analyzed and communicated using a histogram?

A dot plot shows the number of shirts sold in each size: Small ($3$ dots), Medium ($5$ dots), Large ($2$ dots), and Extra Large ($4$ dots). Which histogram best represents the same data?

Given a graph that displays the frequency of data within specified intervals using adjacent rectangular bars, which type of graph is being shown?

Which of the following best describes a histogram that has most of its data concentrated on the left with a long tail extending to the right?

Which of the following best describes a histogram that represents a set of data that is left-skewed?

Which of the following best describes the shape of a histogram that has most of its data concentrated on the left with a long tail extending to the right?