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Box and Whisker Plots - Printable Math Worksheets year 9 - Wayground

Box and Whisker Plots

Virginia Hardin

Created by Virginia Hardin

9 questions

9th Grade

Math

Updated Sept 2026

This Grade 9 mathematics worksheet gives students structured practice creating and interpreting box-and-whisker plots. Across nine items, students order the five construction steps, identify the first, second, and third quartiles from a plotted display, locate the third quartile with a hotspot, determine the percentage of data in a quartile interval, calculate the interquartile range, compare medians for two cities, and complete a dropdown item about finding quartiles from divided data sets. The mix of ordering, multiple-choice, hotspot, and dropdown questions checks both procedural understanding and visual data interpretation. Use it for guided practice, independent review, or a formative check after introducing five-number summaries and box plots. Students work with values such as Q1 = 90, median = 100, and Q3 = 140, then connect those positions to percentages and spread. This free printable worksheet includes a complete answer key, making it practical for Grade 9 math instruction, homework, or assessment preparation.

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WaygroundWorksheets

Box and Whisker Plots

Total questions: 9

Name
Class
Date
1.

Reorder the following steps in order of how to create a box and whisker plot (Step 1-Step 5)

a)

rearrange the data set in numerical order

b)

Find your greatest, lowest, and median values as well as the 1st and 3rd quartiles

c)

Make a number line ranging from your smallest to largest number

d)

put your 1st and 3rd quartile values on the number line and draw a box between them

e)

Put your 2nd quartile on the plot by making a line inside your box

1)
2)
3)
4)
5)
2.
Using the box and whisker plot provided, select the 3rd Quartile Value

Using the box and whisker plot provided, select the 3rd Quartile Value

a)

40

b)

90

c)

140

d)

150

3.

Click on the hotspot located in the third quartile

4.
Using the box and whisker plot provided, select the 2nd Quartile Value

Using the box and whisker plot provided, select the 2nd Quartile Value

a)

40

b)

90

c)

100

d)

150

5.
Using the box and whisker plot provided, select the 1st Quartile Value

Using the box and whisker plot provided, select the 1st Quartile Value

a)

40

b)

90

c)

100

d)

150

6.
Using the box and whisker plot provided, what percentage of the data is between $40 and $90 ?

Using the box and whisker plot provided, what percentage of the data is between $40 and $90 ?

a)

25

b)

50

c)

65

d)

75

7.
Using the box and whisker plot provided, what is the interquartile range?

Using the box and whisker plot provided, what is the interquartile range?

a)

10

b)

40

c)

50

d)

110

8.
Which city has a higher median?

Which city has a higher median?

a)

Millersburg

b)

Arcadia

9.

The ​ (a)   quartile can be found by finding the middle value of your left set of data. The ​ (b)   quartile can be found by finding the middle value of your right set of data

Choose from the below words
first
third
second
fourth
WaygroundAnswer Key

Box and Whisker Plots

Total questions: 9

1.
a, b, c, d, e
2.
c)

140

3.
4.
c)

100

5.
b)

90

6.
a)

25

7.
c)

50

8.
b)

Arcadia

9.
first, third

FAQs

What does this Box and Whisker Plots worksheet help Grade 9 students learn?

This worksheet helps Grade 9 students sequence the steps for creating a box-and-whisker plot and interpret quartile positions on a plotted display. Its nine items ask students to identify Q1, the median, and Q3; locate Q3 with a hotspot; determine the percentage between values such as 40 and 90; calculate the interquartile range; and compare medians.

How can I use this worksheet to teach students to create and interpret box-and-whisker plots?

Begin with the ordering item to have students reconstruct the five-step process: order the data, find the key values, draw the number line, create the box, and mark the median. Then use the plotted-display questions to model how Q1, the median, and Q3 are read from a box plot before asking students to explain why the interval from 40 to 90 represents 25% of the data. Finish by discussing how subtracting Q1 from Q3 gives the interquartile range and how median positions support comparisons between cities.

What mistakes should I watch for when students complete this box-and-whisker plot worksheet?

Watch for students reversing Q1 and Q3, selecting the box edge instead of the median line, or choosing the wrong hotspot when locating the third quartile. Students may also calculate the interquartile range from the wrong values; this worksheet expects Q3 − Q1, or 140 − 90 = 50. In the percentage item, check that students recognize the span from the minimum value of 40 to Q1 at 90 represents 25% of the data.

How do I assign and grade this Box and Whisker Plots worksheet?

The worksheet is available as a printable PDF and as a digital quiz on Wayground, so you can download it for paper practice or assign the interactive version. It includes a complete answer key for checking the ordering, multiple-choice, hotspot, and dropdown responses. Printable submissions can also be graded by scanning student work with the Wayground for Teachers app.

How can I differentiate this box-and-whisker plot worksheet for my students?

Under the worksheet’s Advanced Settings, adjust font spacing or choose a larger font size to make the ordering and dropdown prompts easier to read alongside the box-plot visuals. You can also enable a dyslexia-friendly font or translate the worksheet into another language without changing its quartile, median, or interquartile-range questions.

Where can I find more worksheets like this on Wayground?

Wayground offers a comprehensive collection of free printable worksheets and practice problems across subjects, with downloadable PDFs and answer keys to help students master essential skills and concepts. Browse more resources at https://wayground.com/en-us/worksheets.