Are original movies better than their sequels?

2023-11-20 09:44:40

Are original movies better than their sequels?


We've gathered some data on movie ratings and their sequels and asked students to analyze the data, decide on some analysis and debate (with their mathematical data) which are better ... the original movies or their sequels. Students see what they can conclude from various types of graphs and consider what size random sampling of movies and their sequels is an adequate, representative population of movies. 

This is a very open ended activity that will allow 6th or 7th graders to conduct data analysis at one level: measures of central tendency & variability, box plots,histograms etc. While high school students might work with greater sophistication, doing some of the same work as middle school students, but extending their work to consider the spread of the data, normal curve & standard deviation.  The last question in the activity gets at sample size.  This is your opportunity to discuss sample size and random sampling and certainty in your data analysis.

For Adventurer members we have an editable Word docx, an Excel sheet of the data and graphs, and solutions.


Activity Solutions & Supporting Materials
Share this:
Comments (0)
    Display 1 - 10 Of total 0
    Uh oh! Am I going to run out of data?
    Let your students consider the graphic fir...
    The greatest amount of chocolate
     In this updated activity, students compare t...
    Curling
    Friction, score-keeping, trajector...
    Shopping season already!
    We used to see holiday sales right after Thanksg...
    How should I spend my rewards?
    There's a new way to earn rewards at many groc...
    The Olympic Torch trip in South Korea
    On October 24, 2017, the Olympic flame was captu...
    Death Valley, CA - How hot was it?
      This picture may have been Photo...
    Black Friday
     Black Friday is the biggest shopping day of ...
    Just ONE hot dog
    A newly released nutritional and environment...
    Is this possible?
    Brian Shoemaker, a Newton, MA mathematic...