Difference between revisions of "User:Srz5"
| Line 7: | Line 7: | ||
I chose this article because access to clean water should be universal, and since it is not it is important to understand what present clean water standards are in order to improve on our current system. | I chose this article because access to clean water should be universal, and since it is not it is important to understand what present clean water standards are in order to improve on our current system. | ||
| + | |||
| + | My favorite MATLAB demo is the example on 3D-Plotting. When dealing with complex three-dimensional surfaces, it can be hard to visualize their exact shapes or properties. With MATLAB's 3-D plotting functions, we are able to get a better grasp on what exactly is happening with 3-D models. These 3-D functions include changing color based on max and min values, transparency, and contour plots. With this information we can really understand how different models behave in 3-space. | ||
Latest revision as of 23:25, 22 September 2017
Hello!
My name is Sophia Zambri. I live in Bethesda, Maryland and went to Walt Whitman High School. I am very excited to be here at Duke:)
The Foothills Sun Gazette, A bipartisan coalition holds press conference over drinking water standards and SB623, The Foothills Sun-Gazette, 13 September 2017, accessed 14 September 2017 (Provide Access to Clean Water)
I chose this article because access to clean water should be universal, and since it is not it is important to understand what present clean water standards are in order to improve on our current system.
My favorite MATLAB demo is the example on 3D-Plotting. When dealing with complex three-dimensional surfaces, it can be hard to visualize their exact shapes or properties. With MATLAB's 3-D plotting functions, we are able to get a better grasp on what exactly is happening with 3-D models. These 3-D functions include changing color based on max and min values, transparency, and contour plots. With this information we can really understand how different models behave in 3-space.
