A bubble mixture experiment project for use in an advanced design of experiments class


Authors: 
Steiner, S. H., Hamada, M., Giddings White, B. J., Mosesova, V. K. S., Salloum, G.
Volume: 
15(1)
Pages: 
online
Year: 
2007
Publisher: 
Journal of Statistics Education
URL: 
http://www.amstat.org/publications/jse/v15n1/steiner.html
Abstract: 

This article gives an example of how student-conducted experiments can enhance a course in the design of experiments. We focus on a project whose aim is to find a good mixture of water, soap and glycerin for making soap bubbles. This project is relatively straightforward to implement and understand. At its most basic level the project introduces students to mixture experiments and general issues in experimental design such as choosing and measuring an appropriate response, selecting a design, the effect of using repeats versus replicates, model building, making predictions, etc. To accommodate more advanced students, the project can be easily enhanced to draw on various areas of statistics, such as generalized linear models, robust design, and optimal design. Therefore it is ideal for a graduate level course as it encourages students to look beyond the basics presented in class.

The CAUSE Research Group is supported in part by a member initiative grant from the American Statistical Association’s Section on Statistics and Data Science Education

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