· Web viewThe mean for both the Jaguars and the Panthers is _____ . The mean absolute...

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Name: ______________________________________ Date:_______________ Cluster: G H I Class Work The Context: The data above shows the number of wins for each team over 6 seasons. The question: Compare the Mean Absolute Deviation of the data above. What inference can you make from this analysis? The mean value for the Flamingo wins is _________. The mean value for the Cougar wins is _________. The MAD for the Flamingos is __________. The MAD for the Cougars is ___________. We can infer that the ________________ are the more ________________ team because their data points are closer to the mean. The Cougars wins per season were ________________ to the same number while the Flamingo wins ________________ more each season.

Transcript of · Web viewThe mean for both the Jaguars and the Panthers is _____ . The mean absolute...

Page 1: · Web viewThe mean for both the Jaguars and the Panthers is _____ . The mean absolute deviation for the Jaguars is about _____ times the mean absolute deviation for the Panthers,

Name: ______________________________________ Date:_______________ Cluster: G H I

Class Work

The Context: The data above shows the number of wins for each team over 6 seasons.

The question: Compare the Mean Absolute Deviation of the data above.

What inference can you make from this analysis?

The mean value for the Flamingo wins is _________. The mean value for the Cougar wins is

_________. The MAD for the Flamingos is __________. The MAD for the Cougars is

___________. We can infer that the ________________ are the more ________________

team because their data points are closer to the mean. The Cougars wins per season were

________________ to the same number while the Flamingo wins ________________ more

each season.

Page 2: · Web viewThe mean for both the Jaguars and the Panthers is _____ . The mean absolute deviation for the Jaguars is about _____ times the mean absolute deviation for the Panthers,

Name: ______________________________________ Date:_______________ Cluster: G H I

Consistency: Measures of spread, or measures of variability, are statistics used to measure the distribution of the data in a set. When a measure of spread is high, then this means that the data is “spread out” or not consistent. When a measure of spread is low, then this means that the data is not “spread out” or is consistent.

What are 3 measures of variability we have been using in this Unit?

__________________________________________

__________________________________________

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Now on your own:The following dot plots display the number of goals scored by the Jaguars and the Panthers soccer teams in each of their first ten games.

The mean for both the Jaguars and the Panthers is ____________. The mean absolute deviation for the

Jaguars is about _________ times the mean absolute deviation for the Panthers, which means the

_________________________ have a wider spread than the _________________________ in the number of goals

they scored. You can also see this comparison by looking at the dot plots. The goals scored by the

_________________________ are more spread out than the number of goals that the _________________________

scored. This means that the _________________________ are a more consistent team

Page 3: · Web viewThe mean for both the Jaguars and the Panthers is _____ . The mean absolute deviation for the Jaguars is about _____ times the mean absolute deviation for the Panthers,

Name: ______________________________________ Date:_______________ Cluster: G H I

Classwork