Open Up - Grade 6 - Mathematics - Unit 8 - Lesson 15

Last updated 12 months ago

10 questions

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

6.SP.4

6.SP.5.c

6.SP.5.d

Open Up - Grade 6 - Mathematics - Unit 8 - Lesson 15

Last updated 12 months ago

10 questions

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the third quartile?

6.SP.4

6.SP.5.c

6.SP.5.d

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the median?

6.SP.4

6.SP.5.c

6.SP.5.d

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the median score?

6.SP.4

6.SP.5.c

6.SP.5.d

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the first quartile (Q1)?

6.SP.4

6.SP.5.c

6.SP.5.d

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the third quartile (Q3)?

6.SP.4

6.SP.5.c

6.SP.5.d

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the interquartile range (IQR)?

6.SP.4

6.SP.5.c

6.SP.5.d

Here are five dot plots that show the amounts of time that ten sixth-grade students in five countries took to get to school. Match each dot plot with the appropriate median and IQR.

Draggable item		Corresponding Item
United States

6.SP.4

6.SP.5.c

6.SP.5.d

Mai and Priya each played 10 games of bowling and recorded the scores. Mai’s median score was 120, and her IQR was 5. Priya’s median score was 118, and her IQR was 15. Whose scores probably had less variability?

6.SP.4

6.SP.5.c

6.SP.5.d

Draw and label an appropriate pair of axes and plot the points.

A = (10, 50) B = (30, 25) C = (0, 30) D = (20, 35)

6.SP.4

6.SP.5.c

6.SP.5.d

There are 20 pennies in a jar. If 16% of the coins in the jar are pennies, how many coins are there in the jar?

6.SP.4

6.SP.5.c

6.SP.5.d

Source: Open Up Resouces (Download for free at openupresources.org.)

Draggable item		Corresponding Item
United States		Median: 8, IQR: 4
Canada		Median: 7, IQR: 10
Australia		Median: 17.5, IQR: 11
New Zealand		Median: 12.5, IQR: 8
South Africa		Median: 15, IQR: 30

Open Up - Grade 6 - Mathematics - Unit 8 - Lesson 15

Open Up - Grade 6 - Mathematics - Unit 8 - Lesson 15

Suppose that there are 20 numbers in a data set and that they are all different.How many of the values in this data set are between the first quartile and the third quartile?

Suppose that there are 20 numbers in a data set and that they are all different.How many of the values in this data set are between the first quartile and the median?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the median score?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the first quartile (Q1)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the third quartile (Q3)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the interquartile range (IQR)?

Here are five dot plots that show the amounts of time that ten sixth-grade students in five countries took to get to school. Match each dot plot with the appropriate median and IQR.

Mai and Priya each played 10 games of bowling and recorded the scores. Mai’s median score was 120, and her IQR was 5. Priya’s median score was 118, and her IQR was 15. Whose scores probably had less variability?

Draw and label an appropriate pair of axes and plot the points.A = (10, 50) B = (30, 25) C = (0, 30) D = (20, 35)

There are 20 pennies in a jar. If 16% of the coins in the jar are pennies, how many coins are there in the jar?

Suppose that there are 20 numbers in a data set and that they are all different.How many of the values in this data set are between the first quartile and the third quartile?

Suppose that there are 20 numbers in a data set and that they are all different.How many of the values in this data set are between the first quartile and the median?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the median score?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the first quartile (Q1)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the third quartile (Q3)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.What is the interquartile range (IQR)?

Here are five dot plots that show the amounts of time that ten sixth-grade students in five countries took to get to school. Match each dot plot with the appropriate median and IQR.

Mai and Priya each played 10 games of bowling and recorded the scores. Mai’s median score was 120, and her IQR was 5. Priya’s median score was 118, and her IQR was 15. Whose scores probably had less variability?

Draw and label an appropriate pair of axes and plot the points.A = (10, 50) B = (30, 25) C = (0, 30) D = (20, 35)

There are 20 pennies in a jar. If 16% of the coins in the jar are pennies, how many coins are there in the jar?

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the third quartile?

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the median?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the median score?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the first quartile (Q1)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the third quartile (Q3)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the interquartile range (IQR)?

Draw and label an appropriate pair of axes and plot the points.

A = (10, 50) B = (30, 25) C = (0, 30) D = (20, 35)

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the third quartile?

Suppose that there are 20 numbers in a data set and that they are all different.

How many of the values in this data set are between the first quartile and the median?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the median score?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the first quartile (Q1)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the third quartile (Q3)?

In a word game, 1 letter is worth 1 point. This dot plot shows the scores for 20 common words.
What is the interquartile range (IQR)?

Draw and label an appropriate pair of axes and plot the points.

A = (10, 50) B = (30, 25) C = (0, 30) D = (20, 35)