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Learning modules (spinoffs) inspired by the long-term activities (ltas) for students from pre-algebra to calculus. The spinoffs focus on using mathematics in real-world contexts. This particular spinoff deals with analyzing descriptive statistics, standard deviations, and creating scatterplots and regression lines using data from nasa's space shuttle missions. Students are asked to draw conclusions about mission duration, flight distance, altitude, and number of orbits based on the provided data.
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Project Grant Team
John S. Pazdar Patricia L. Hirschy Project Director Principal Investigator Capital Comm-Tech College Asnuntuck Comm-Tech College Hartford, Connecticut Enfield, Connecticut
This project was supported, in part, by the Peter A. Wursthorn National Science Foundation Principal Investigator Opinions expressed are those of the authors Capital Comm-Tech College and not necessarily those of the Foundation Hartford, Connecticut
NASA - AMATYC - NSF
Spinoffs are relatively short learning modules inspired by the LTAs. They can be easily
implemented to support student learning in courses ranging from prealgebra through calculus.
The Spinoffs typically give students an opportunity to use mathematics in a real world context.
Marcella Laddon - AMATYC Writing Team Member
Monterey Peninsula College, Monterey, California
Janet Tarjan - AMATYC Writing Team Member
Bakersfield Community College, Bakersfield, California
Amanda Mitskevich - NASA Scientist/Engineer
Kennedy Space center, Florida
Descriptive Statistics for Shuttle Data
Each Shuttle flight generates large amounts of data. In this Spinoff, you will be asked to draw conclusions about mission duration, flight distance, altitude, and number of orbits based on the data in Table 9A. The information in Table 9A has been adapted from Space Shuttle: The History of Developing the National Space Transportation System by Dennis R. Jenkins.
Table 9A col. 1 Flight #
col. 2 Launch Date
col. 3 Mission Duration (hrs:mins: secs)
col. 4 Mission Duration (hrs as decimal to nearest tenth)
col. 5 Flight Distance (miles)
col. 6 Flight Distance (in thousands of miles)
col. 7 Altitude (miles at apogee)
col. 8 No. of Orbits
NASA - AMATYC - NSF