Difference between revisions of "User:Chrisc8w"
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| + | == '''About me''' == | ||
| + | -Prospective Biomedical Engineer | ||
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| + | == '''Grand Challenge == | ||
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| + | http://discovermagazine.com/2008/oct/06-can-engineers-achieve-the-holy-grail-of-energy | ||
| + | Can Engineers Achieve the Holy Grail of Energy: Infinite and Clean?], Charles Seife, Discover Magazine, | ||
| + | October 06, 2008, accessed September 13, 2017 (Provide Energy from Fusion) | ||
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| + | == '''Matlab Demonstration== | ||
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My favorite Matlab demonstration is the "Graphs and Functions" demonstration. Generating graphs seems simplified by the steps given. The Bucky function is very useful to make a geodesic dome. I would think that there would be a very complicated command to make such a detailed graph, but there were only a few months of code. The steps proceeding after the Bucky function, such as making the adjacency matrix were just like what we did in lecture with a few more steps. I find this demonstration very useful because it breaks down everything to make it seem like simple commands. | My favorite Matlab demonstration is the "Graphs and Functions" demonstration. Generating graphs seems simplified by the steps given. The Bucky function is very useful to make a geodesic dome. I would think that there would be a very complicated command to make such a detailed graph, but there were only a few months of code. The steps proceeding after the Bucky function, such as making the adjacency matrix were just like what we did in lecture with a few more steps. I find this demonstration very useful because it breaks down everything to make it seem like simple commands. | ||
Latest revision as of 22:54, 13 September 2017
About me
-Prospective Biomedical Engineer
Grand Challenge
http://discovermagazine.com/2008/oct/06-can-engineers-achieve-the-holy-grail-of-energy Can Engineers Achieve the Holy Grail of Energy: Infinite and Clean?], Charles Seife, Discover Magazine, October 06, 2008, accessed September 13, 2017 (Provide Energy from Fusion)
Matlab Demonstration
My favorite Matlab demonstration is the "Graphs and Functions" demonstration. Generating graphs seems simplified by the steps given. The Bucky function is very useful to make a geodesic dome. I would think that there would be a very complicated command to make such a detailed graph, but there were only a few months of code. The steps proceeding after the Bucky function, such as making the adjacency matrix were just like what we did in lecture with a few more steps. I find this demonstration very useful because it breaks down everything to make it seem like simple commands.
