(New page: == #30 p.715 == What are other people getting for the solution? I got <math> \pi \sqrt{3} (e^{\pi/2}+1) </math> which is hardly a nice answer, but I guess any answer is good when it co...)
 
(#30 p.715)
 
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== #30 p.715 ==
 
== #30 p.715 ==
  
What are other people getting for the solution?  I got
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<math> \pi \sqrt{5} (e^{\pi/2}+1) </math>
  
<math> \pi \sqrt{3} (e^{\pi/2}+1) </math>
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Dat showed the method in class.
  
which is hardly a nice answer, but I guess any answer is good when it comes to surface areas. --[[User:Jmason|John Mason]]
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--[[User:Jmason|John Mason]]

Latest revision as of 12:37, 11 December 2008

#30 p.715

$ \pi \sqrt{5} (e^{\pi/2}+1) $

Dat showed the method in class.

--John Mason

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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

Dr. Paul Garrett