Day 4 5# Summary Daily Grade cloned 9/15/2020

Last updated over 4 years ago
18 questions
4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Describe the data distribution, make sure you CUSS & BS about it!
Chose 4 answers.

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


How many cities were studied?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


What is the median value for # injuries due to distracted driving per month? (just give the two digit number)

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


1. Enter the data into List 1 of your TI-84 Calculator (or app on the Chromebook). Use 'Stat' 'Edit'

2. Calculate the 5# summary for the data using 'Stat' 'Calc' '1-VarStats', make sure the correct list is being used & frequency is blank.

3. Give the min, Q1, median, Q3 and max values.

Use the format: Min:space 23 space Q1: space 25 space Med: space 27 space Q3: space 29 space Max: space 31
I will be checking and giving points if the Go-Formative counts it incorrect.
Just use the two digit numbers (leave out the 'thousand injuries due to distracted driving')

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, 50% of the cities had less than how many injuries?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, 75% of the cities had less than how many injuries?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, 75% of the cities had more than how many injuries?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, what % of the cities had between 62,000 and 84,000 injuries?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, what % of the cities had between 62,000 and 99,000 injuries?

4

Below is a stem plot of injuries due to distracted driving per month for different cities in the U.S.


Using the 5# summary from #3, what is the IQR for the distracted driving injuries?
(Hint: IQR= Q3 - Q1)

4

Use the data below on some US President’s ages at inauguration.

How many US presidents are part of this group?

4

Use the data below on some US President’s ages at inauguration.

1. Using your TI-84 Calculator, clear list 1 (cursor over L1, clear, enter)

2. Enter the data into List 1 of your TI-84 Calculator (or app on the Chromebook).
Use 'Stat' 'Edit' make sure you have 22 entries.

3. Calculate the 5# summary for the data using 'Stat' 'Calc' '1-VarStats', make sure the correct list is being used & frequency is blank.

4. Give the min, Q1, median, Q3 and max values.

Use the format: Min:space 23 space Q1: space 25 space Med: space 27 space Q3: space 29 space Max: space 31
I will be checking and giving points if the Go-Formative counts it incorrect.
Use decimals if needed, no units

4

Use the data below on some US President’s ages at inauguration.

What is the IQR for this data distribution? (Hint: IQR= Q3 - Q1)

4

Use the data below on some US President’s ages at inauguration.

What does the IQR mean for this data? Remember to BS about it! (select 2 correct answers)

4

Use the data below on some US President’s ages at inauguration.

Using the 5# summary calculated for Question #12, 25% of the presidents were younger than this age at inauguration.

4

Use the data below on some US President’s ages at inauguration.

Using the 5# summary calculated for Question #12, 25% of the presidents were older than this age at inauguration.

4

Use the data below on some US President’s ages at inauguration.

Describe the data distribution, CUSS & BS about it!
Select all that apply (4 correct answers)

4

The boxplot below represents data collected on the number of pounds a group of puppies gained in their first year.


What can you tell from this boxplot?
Select all that apply, there are 6 correct answers