Day 5 Boxplot Dailygrade cloned 9/16/2020
star
star
star
star
star
Last updated over 4 years ago
15 questions
4
An outlier is a data value that differs greatly from other values in a data set.Which is the outlier rule for the lower boundary?
An outlier is a data value that differs greatly from other values in a data set.
Which is the outlier rule for the lower boundary?
4
An outlier is a data value that differs greatly from other values in a data set.Which is the outlier rule for the upper boundary?
An outlier is a data value that differs greatly from other values in a data set.
Which is the outlier rule for the upper boundary?
4
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above.What is the lower fence for determining if outliers are present?
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above.
What is the lower fence for determining if outliers are present?
4
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above. This is the same data as #3.What is the upper fence for determining if outliers are present?
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above. This is the same data as #3.
What is the upper fence for determining if outliers are present?
4
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above. This is the same data as #3.Are there any outliers present?
The following are the amounts, in dollars, that 15 items sold for at a silent auction as part of a school fundraiser.
15, 24, 89, 76, 45, 32, 55, 140, 72, 21, 52, 68, 81, 33, 40
Use your Ti-84 calculator to find the 5# summary from the data above. This is the same data as #3.
Are there any outliers present?
4
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Use your Ti-84 calculator to find the 5# summary from the data above. This is a new set of data (different from #3).
Calculate the lower fence for determining if outliers are present in the data set.
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Use your Ti-84 calculator to find the 5# summary from the data above.
This is a new set of data (different from #3).
Calculate the lower fence for determining if outliers are present in the data set.
4
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Use your Ti-84 calculator to find the 5# summary from the data above. This is the same set of data as #6.
Calculate the upper fence for determining if outliers are present in the data set.
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Use your Ti-84 calculator to find the 5# summary from the data above.
This is the same set of data as #6.
Calculate the upper fence for determining if outliers are present in the data set.
4
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Using the 5# summary from the data above and your calculations for #6 & 7, are there anyoutliers present in this data set?
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Using the 5# summary from the data above and your calculations for #6 & 7, are there anyoutliers present in this data set?
4
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Using the 5# summary from the data above and your calculations for #6 & 7, are there anyoutliers present in this data set? If so, which one? If there is an outlier enter it below or write 'none'
The following are the times, in seconds, that 15 people spent taking an online survey.
125, 91, 261, 25, 155, 105, 195, 132, 110, 143, 121, 99, 167, 165, 160
Using the 5# summary from the data above and your calculations for #6 & 7, are there anyoutliers present in this data set? If so, which one? If there is an outlier enter it below or write 'none'
4
Match the following histogram to the corresponding boxplot:
Match the following histogram to the corresponding boxplot:
Select the letter of the corresponding boxplot:
hint: check the spread, check the median shownon the boxplots, check the IQR, which are closest to the histogram appearance?
4
The following are the temperatures, in degrees Fahrenheit, of 20 US cities on April 3rd. The boxplot has been created to represent the data.
42, 47, 48, 50, 50, 50, 51, 51, 52, 52, 54, 55, 55, 55, 56, 57, 58, 59, 59, 60
The following are the temperatures, in degrees Fahrenheit, of 20 US cities on April 3rd. The boxplot has been created to represent the data.
42, 47, 48, 50, 50, 50, 51, 51, 52, 52, 54, 55, 55, 55, 56, 57, 58, 59, 59, 60
Look carefully, is this boxplot correct?
First check the min and max, then the median.
If needed, calculate the 5# summary in your caculator.
4
The following are the temperatures, in degrees Fahrenheit, of 20 US cities on April 3rd. The boxplot has been created to represent the data.
46, 47, 48, 50, 50, 50, 51, 51, 52, 52, 54, 55, 55, 55, 56, 57, 58, 59, 59, 60
The following are the temperatures, in degrees Fahrenheit, of 20 US cities on April 3rd. The boxplot has been created to represent the data.
46, 47, 48, 50, 50, 50, 51, 51, 52, 52, 54, 55, 55, 55, 56, 57, 58, 59, 59, 60
Based on the appearance of the boxplot, choose the best description.
Look carefully.
Remember: skew means that the data is more spread out on that side in relation to the center of the data.
4
Use the boxplot below to describe the distribution:
Use the boxplot below to describe the distribution:
Give the median:
(no units necessary,none given)
4
Use the boxplot below to describe the distribution:
Use the boxplot below to describe the distribution:
Calculate the IQR as one number:
(no units necessary,none given)
4
Use the boxplot below to describe the distribution:
Use the boxplot below to describe the distribution:
Select all that describe the data distribution based on the boxplot.