Difference between revisions of "User:Bd82"

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== Education ==
 
== Education ==
  
I am in my freshman year at Duke University, Pratt School of Engineering, and I'm leaning towards Electrical and Computer Engineering, because ECE also stands for Exuberant Cape Endeavor! That is all.
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I am in my freshman year at Duke University, Pratt School of Engineering, and I'm leaning towards Electrical and Computer Engineering, because ECE also stands for Exuberant Cape Endeavor!  
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== Thought of the Day ==
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Do you believe in ghosts? Why or why not?
  
 
== Grand Challenges for Engineering ==
 
== Grand Challenges for Engineering ==
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--[[User:Bd82|Bd82]] ([[User talk:Bd82|talk]]) 21:06, 7 September 2013 (EDT)
 
--[[User:Bd82|Bd82]] ([[User talk:Bd82|talk]]) 21:06, 7 September 2013 (EDT)
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== Matlab Demonstration ==
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I enjoyed the three-dimensional knot and the four linked tori models in the gallery section. Especially for the knot, the calculations used to create it were quite complex. It was a good example of how calculus and geometry are interrelated. I also just enjoyed running the codes provided and then spinning the figure created around to look at it from all sides. Wow! They are marvelous.

Revision as of 21:41, 13 September 2013

About Me

My name is Bridget Dou. I like peanut butter and ducks. I watch too much TV. I haven't decided if I'm a cat or dog person yet.

Education

I am in my freshman year at Duke University, Pratt School of Engineering, and I'm leaning towards Electrical and Computer Engineering, because ECE also stands for Exuberant Cape Endeavor!

Thought of the Day

Do you believe in ghosts? Why or why not?

Grand Challenges for Engineering

Nuclear Fusion Now a Viable Source, claims Scientist, Ronan McGreevy, Irish Times, updated 12 August 2013, accessed 07 September 2013.

This article is about the possibilities of using nuclear fusion for energy in a cost-effective way; if accomplished, this would be able to provide abundantly safe and accessible energy.

--Bd82 (talk) 21:06, 7 September 2013 (EDT)

Matlab Demonstration

I enjoyed the three-dimensional knot and the four linked tori models in the gallery section. Especially for the knot, the calculations used to create it were quite complex. It was a good example of how calculus and geometry are interrelated. I also just enjoyed running the codes provided and then spinning the figure created around to look at it from all sides. Wow! They are marvelous.