Difference between revisions of "User:Ht114"
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| − | HW1: Pratt Pundit | + | *HW1: Pratt Pundit |
| − | [http://www.futurity.org/how-to-make-solar-energy-super-efficient/ How to make solar energy super efficient] , Louis Bergeron, Futurity, 26 August 2010, accessed 13 September 2017 ( Make solar energy economical ) | + | :[http://www.futurity.org/how-to-make-solar-energy-super-efficient/ How to make solar energy super efficient] , Louis Bergeron, Futurity, 26 August 2010, accessed 13 September 2017 ( Make solar energy economical ) |
| − | + | <br /> | |
| − | HW2: MATLAB Help and Demonstrations | + | *HW2: MATLAB Help and Demonstrations |
| − | My favorite MATLAB demonstration is Klein Bottle, which displays a self-intersecting Klein bottle. I like it best because it gives me the insight that MATLAB can not only visualize data in 2D and 3D spaces, but can also display things that only exist in the 4D | + | :My favorite MATLAB demonstration is Klein Bottle, which displays a self-intersecting Klein bottle. I like it best because it gives me the insight that MATLAB can not only visualize data in 2D and 3D spaces, but can also display things that only exist in the 4D or higher-dimensional spaces, which allows countless possibilities of what we can generate with MATLAB in the future. |
Latest revision as of 16:40, 14 September 2017
- HW1: Pratt Pundit
- How to make solar energy super efficient , Louis Bergeron, Futurity, 26 August 2010, accessed 13 September 2017 ( Make solar energy economical )
- HW2: MATLAB Help and Demonstrations
- My favorite MATLAB demonstration is Klein Bottle, which displays a self-intersecting Klein bottle. I like it best because it gives me the insight that MATLAB can not only visualize data in 2D and 3D spaces, but can also display things that only exist in the 4D or higher-dimensional spaces, which allows countless possibilities of what we can generate with MATLAB in the future.
