You have data showing 25% of people prefer apples, 50% prefer bananas, and 25% prefer cherries. How would you represent this data in a pie chart?

The numbers below represent daily customer counts from a sample of coffee shops.

Data set:

$92$, $75$, $81$, $97$, $102$, $85$, $94$, $76$, $88$, $90$, $100$

$83$, $105$, $95$, $89$, $110$, $78$, $87$, $91$, $99$, $84$, $101$

$106$, $93$, $82$, $86$, $97$, $104$, $92$, $88$, $80$, $107$, $96$

Construct a frequency distribution for the data set using six classes.

Draw a frequency polygon for the frequency distribution.

Why might a frequency polygon provide better insight into data distribution than a histogram?

Based on the dot plot below, what is the maximum data value?

The following are the weekly study hours for a group of $21$ college students:

Draw a box and whisker plot for this data set.

Which of the following best describes the plot below?

In a stemplot, what is the leaf for the number 76?

Use a time series chart to display the data shown in the table below. The data represents the number of electric vehicles (in units of thousands) sold from $2015$ to $2020$.

Given the dataset: Month 1: 8 sales, Month 2: 10 sales, Month 3: 12 sales. Which coordinate pair represents Month 3?