Difference between revisions of "User:Shkaz"

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About Me:
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'''About Me:'''
Duke Engineering Student majoring in either mechanical or electrical engineering.  I love to ski and play violin in my free time.
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Engineering student at Duke Universtiy majoring in either mechanical or electrical engineering.  I love to ski and play violin in my free time.
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'''Name Pronunciation:'''
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Sara Kasbekar- My last name is pronounced like CAS (like the calculator) - B - Car. My first name should be easy to figure out.
  
Name Pronunciation:
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'''Grand Challenge Articles:'''
Sara Kasbekar- My last name is pronouced like CAS (like the calculator) - B - Car. My first name should be easy to figure out.
 
 
 
Grand Challenge Articles:
 
 
Virtual Crime Scene:  
 
Virtual Crime Scene:  
 
[ http://people.howstuffworks.com/vr-csi.htm How Virtual Crime Scenes Work ] , Jonathan Strickland , HowStuffWorks , updated 31 August 2007 , accessed 12 September 2014 ( Grand Challenge)
 
[ http://people.howstuffworks.com/vr-csi.htm How Virtual Crime Scenes Work ] , Jonathan Strickland , HowStuffWorks , updated 31 August 2007 , accessed 12 September 2014 ( Grand Challenge)
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'''Favorite Demonstration:'''
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Four Linked Tori: I liked this demonstration because for such a complex shape, the code was pretty simple.  I also liked how it was similar to an optical allusion because the four rotated circles were not linked despite what one may believe.

Latest revision as of 16:37, 12 September 2014

About Me: Engineering student at Duke Universtiy majoring in either mechanical or electrical engineering. I love to ski and play violin in my free time.

Name Pronunciation: Sara Kasbekar- My last name is pronounced like CAS (like the calculator) - B - Car. My first name should be easy to figure out.

Grand Challenge Articles: Virtual Crime Scene: [ http://people.howstuffworks.com/vr-csi.htm How Virtual Crime Scenes Work ] , Jonathan Strickland , HowStuffWorks , updated 31 August 2007 , accessed 12 September 2014 ( Grand Challenge)

Favorite Demonstration: Four Linked Tori: I liked this demonstration because for such a complex shape, the code was pretty simple. I also liked how it was similar to an optical allusion because the four rotated circles were not linked despite what one may believe.