Difference between revisions of "User:Zoeb"
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A bit about me: | A bit about me: | ||
| − | I am a freshman at Duke University studying Engineering. I enjoy playing | + | I am a freshman at Duke University studying Engineering. I enjoy playing badminton and soccer, and I enjoy being outdoors. I also really like ice cream, more specifically cookie dough or mint chocolate chip ice cream. |
Link to a Grand Challenge Article: | Link to a Grand Challenge Article: | ||
[http://www.businessweek.com/stories/2009-03-09/the-grand-challenge-for-science-and-mathbusinessweek-business-news-stock-market-and-financial-advice The Grand Challenge for Science and Math], Vivek Wadhwa, Bloomberg Business Week, updated March 9, 2009, accessed September 10, 2014 (General) | [http://www.businessweek.com/stories/2009-03-09/the-grand-challenge-for-science-and-mathbusinessweek-business-news-stock-market-and-financial-advice The Grand Challenge for Science and Math], Vivek Wadhwa, Bloomberg Business Week, updated March 9, 2009, accessed September 10, 2014 (General) | ||
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| + | Favorite MATLAB Demonstration: | ||
| + | My favorita MATLAB demonstration was the "Viewing a Penny" demonstration because I imagined the code to be very extensive and complex to be able to create the graph/picture of the penny, but the code ended up being relatively short. In addition, I really liked how in the description, there were pictures of what each block of code was doing, so I could easily see how each block of code was applied to forming the penny layer by layer. | ||
Revision as of 20:06, 10 September 2014
A bit about me: I am a freshman at Duke University studying Engineering. I enjoy playing badminton and soccer, and I enjoy being outdoors. I also really like ice cream, more specifically cookie dough or mint chocolate chip ice cream.
Link to a Grand Challenge Article: The Grand Challenge for Science and Math, Vivek Wadhwa, Bloomberg Business Week, updated March 9, 2009, accessed September 10, 2014 (General)
Favorite MATLAB Demonstration: My favorita MATLAB demonstration was the "Viewing a Penny" demonstration because I imagined the code to be very extensive and complex to be able to create the graph/picture of the penny, but the code ended up being relatively short. In addition, I really liked how in the description, there were pictures of what each block of code was doing, so I could easily see how each block of code was applied to forming the penny layer by layer.
