Difference between revisions of "User:Jbs43"
| (6 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
==About Me== | ==About Me== | ||
I am from Raleigh, North Carolina, but I was born in Charlottesville, Virginia. I am a Reform Jew. I am an Eagle Scout. I love to play soccer, and I play the drums. I grew up loving Duke, and now that I am here I love it even more. | I am from Raleigh, North Carolina, but I was born in Charlottesville, Virginia. I am a Reform Jew. I am an Eagle Scout. I love to play soccer, and I play the drums. I grew up loving Duke, and now that I am here I love it even more. | ||
| + | ==[[Grand Challenges for Engineering| Grand Challenges for Engineering]] Article== | ||
| + | :*[http://thewaterproject.org/ The Water Project], The Water Project, updated 2008, accessed 14 January 2009 | ||
| + | ==Name Pronunciation== | ||
| + | My name "Jacob Schwab" is pronounced just as it looks <JAY-kub sh-Waub>. It's not too difficult of a name to say. | ||
| + | ==''MATLAB'' Demonstration== | ||
| + | I really like the "Viewing a Penny" demonstration because it shows just how powerful MATLAB can be. It is cool to see the types of contour graphs you can create in MATLAB, but it is cooler to see how they can be put to use in constructing a 3D penny. MATLAB's way of coloring one point brighter than another is interesting too; it uses the points around the point of interest to determine how light or dark it should be. | ||
Latest revision as of 15:14, 23 September 2010
Contents
About Me
I am from Raleigh, North Carolina, but I was born in Charlottesville, Virginia. I am a Reform Jew. I am an Eagle Scout. I love to play soccer, and I play the drums. I grew up loving Duke, and now that I am here I love it even more.
Grand Challenges for Engineering Article
- The Water Project, The Water Project, updated 2008, accessed 14 January 2009
Name Pronunciation
My name "Jacob Schwab" is pronounced just as it looks <JAY-kub sh-Waub>. It's not too difficult of a name to say.
MATLAB Demonstration
I really like the "Viewing a Penny" demonstration because it shows just how powerful MATLAB can be. It is cool to see the types of contour graphs you can create in MATLAB, but it is cooler to see how they can be put to use in constructing a 3D penny. MATLAB's way of coloring one point brighter than another is interesting too; it uses the points around the point of interest to determine how light or dark it should be.
