(New page: I'm going to give my even answers so far just to compare and see if everyone else is getting the same. Some are a little weird in my opinion. I used a calculator on a few too. -By the wa...)
 
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I'm going to give my even answers so far just to compare and see if everyone else is getting the same.  Some are a little weird in my opinion.  I used a calculator on a few too.
 
I'm going to give my even answers so far just to compare and see if everyone else is getting the same.  Some are a little weird in my opinion.  I used a calculator on a few too.
 
-By the way, go [http://kiwi.ecn.purdue.edu/MA181Fall2008bell/index.php/Note_on_Kiwi_display_with_LaTeX here] and make sure your preferences are set right so it makes these easier to read.
 
-By the way, go [http://kiwi.ecn.purdue.edu/MA181Fall2008bell/index.php/Note_on_Kiwi_display_with_LaTeX here] and make sure your preferences are set right so it makes these easier to read.
<math> #38 = \pi </math>
+
 
<math> #48 = x - \arctan{x} + c </math>
+
<math> 38 = \pi </math>
<math> #50 = -22.578</math>
+
 
<math> #56 = = \pi/4 + \ln{2} </math>
+
<math> 48 = x - \arctan{x} + c </math>
 +
 
 +
<math> 50 = -22.578</math>
 +
 
 +
<math> 56 = \frac{\pi}{4} + \ln{2} </math>

Revision as of 09:50, 7 October 2008

I'm going to give my even answers so far just to compare and see if everyone else is getting the same. Some are a little weird in my opinion. I used a calculator on a few too. -By the way, go here and make sure your preferences are set right so it makes these easier to read.

$ 38 = \pi $

$ 48 = x - \arctan{x} + c $

$ 50 = -22.578 $

$ 56 = \frac{\pi}{4} + \ln{2} $

Alumni Liaison

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

Dr. Paul Garrett