Difference between revisions of "User:Deechristopher0"
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[http://www.extremetech.com/extreme/122231-Solar-Panels-Made-With-Ion-Cannon-are-Cheap-Enough-to-Challenge-Fossil-Fuels Solar Panel Made With Ion Cannon is Cheap Enough to Challenge Fossil Fuels], Sebastian Anthony, ExtremeTech, updated March 13, 2012, accessed August 27, 2012 (Making Solar Power Economical) | [http://www.extremetech.com/extreme/122231-Solar-Panels-Made-With-Ion-Cannon-are-Cheap-Enough-to-Challenge-Fossil-Fuels Solar Panel Made With Ion Cannon is Cheap Enough to Challenge Fossil Fuels], Sebastian Anthony, ExtremeTech, updated March 13, 2012, accessed August 27, 2012 (Making Solar Power Economical) | ||
| − | + | =MATLAB Demos= | |
| − | + | Favorite Demo: The Loma Prieta Earthquake | |
This was my favorite demo becasue it showed how a mixture of calculations, several different kinds of pplots, and analysis of those plots could be combined to solve a real life problem (modeling an earthquake), and how I could actually understand a large portion of the code, and comprehend the steps taken to model something as seemingly complex as the vibrations from an earthquake. | This was my favorite demo becasue it showed how a mixture of calculations, several different kinds of pplots, and analysis of those plots could be combined to solve a real life problem (modeling an earthquake), and how I could actually understand a large portion of the code, and comprehend the steps taken to model something as seemingly complex as the vibrations from an earthquake. | ||
==the== | ==the== | ||
Revision as of 20:01, 9 September 2012
Contents
Grand Challenge
Solar Panel Made With Ion Cannon is Cheap Enough to Challenge Fossil Fuels, Sebastian Anthony, ExtremeTech, updated March 13, 2012, accessed August 27, 2012 (Making Solar Power Economical)
MATLAB Demos
Favorite Demo: The Loma Prieta Earthquake This was my favorite demo becasue it showed how a mixture of calculations, several different kinds of pplots, and analysis of those plots could be combined to solve a real life problem (modeling an earthquake), and how I could actually understand a large portion of the code, and comprehend the steps taken to model something as seemingly complex as the vibrations from an earthquake.
