Difference between revisions of "Volume"

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(The Gabriel's horn article needs a better definition.)
 
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A place where nobody dared to go
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The '''volume''' of a [[geometric]] figure is a quantity indicating how much 3-dimensional space an object occupies.
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The love that we came to know
 
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They call it Xanadu
 
  
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And now
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Formulas for volume include:
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Open your eyes and see
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*For a [[cube]]: V = r<sup>3</sup>
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What we have made is real
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*For a [[sphere]]: V = <sup>4</sup>/<sub>3</sub>πr<sup>3</sup>
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We are in Xanadu
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*For a [[cylinder]]: V = πr<sup>2</sup>h
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*For a [[cone]]: V = <sup>1</sup>/<sub>3</sub>πr<sup>2</sup>h
  
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A million lights are dancing
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For more abstract objects, the volume is obtained by triple [[integral|integration]].  The formulas above can be calculated this way, and that is a common exercise in integral calculus.
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And there you are
 
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A shooting star
 
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An everlasting world
 
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And you're here with me
 
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Eternally
 
  
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Xanadu, Xanadu,
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[[Category:Geometry]]
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(now we are here)
 
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In Xanadu
 
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Xanadu, Xanadu,
 
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(now we are here)
 
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In Xanadu
 
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Xanadu, your neon lights will shine
 
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For you, Xanadu
 
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The love
 
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The echoes of long ago
 
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You needed the world to know
 
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They are in Xanadu
 
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The dream
 
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That came through a million years
 
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That lived on through all the tears
 
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It came to Xanadu
 
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A million lights are dancing
 
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And there you are
 
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A shooting star
 
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An everlasting world
 
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And you're here with me
 
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Eternally
 
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Xanadu, Xanadu,
 
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(now we are here)
 
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In Xanadu
 
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Xanadu, Xanadu,
 
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(now we are here)
 
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In Xanadu
 
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Now that I'm here
 
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Now that you're near in Xanadu
 
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Now that I'm here
 
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Now that you're near in Xanadu
 
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Xanadu...
 

Latest revision as of 19:45, August 24, 2013

The volume of a geometric figure is a quantity indicating how much 3-dimensional space an object occupies.

Formulas for volume include:

For more abstract objects, the volume is obtained by triple integration. The formulas above can be calculated this way, and that is a common exercise in integral calculus.