Difference between revisions of "User:Jzc5"
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Information about Grand Challenge: | Information about Grand Challenge: | ||
| − | [http://www.jbioleng.org/content/5/1/2], (Mark R. Riley, Charles P. Gerba, and Menachem Elimelech),Journal of Biological Engineering, updated 31 March 2011, accessed 11 September 2013, (Provide Access to Clean Water) | + | [http://www.jbioleng.org/content/5/1/2], (Mark R. Riley, Charles P. Gerba, and Menachem Elimelech), Journal of Biological Engineering, updated 31 March 2011, accessed 11 September 2013, (Provide Access to Clean Water) |
MATLAB Demonstration: | MATLAB Demonstration: | ||
Mathematics: Graphs and Matrices | Mathematics: Graphs and Matrices | ||
| − | -This demonstration was my favorite because of the multiple ways to produce a given graph as well as a method of taking the graph apart and for analyzing. In addition, this demonstration proved that with MATLAB, incredible graphs can be produced with little command as long as one has understanding of the system. | + | -This demonstration was my favorite because of the multiple ways to produce a given graph as well as a method of taking the graph apart and for analyzing. In addition, this demonstration proved that with MATLAB, incredible graphs can be produced with little command as long as one has an understanding of the system. |
Latest revision as of 19:28, 15 September 2013
About:
Freshman at Duke University
Student in Pratt School of Engineering
From Memphis, TN
Parents are both Chemical Engineers
Has a twin brother
Hobbies:
Marching Band
House Council
Jazz Ensemble
Investment Club
Information about Grand Challenge:
[1], (Mark R. Riley, Charles P. Gerba, and Menachem Elimelech), Journal of Biological Engineering, updated 31 March 2011, accessed 11 September 2013, (Provide Access to Clean Water)
MATLAB Demonstration:
Mathematics: Graphs and Matrices -This demonstration was my favorite because of the multiple ways to produce a given graph as well as a method of taking the graph apart and for analyzing. In addition, this demonstration proved that with MATLAB, incredible graphs can be produced with little command as long as one has an understanding of the system.
