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  <id>http://groups.google.com.co/group/alt.math</id>
  <title type="text">alt.math Google Group</title>
  <subtitle type="text">
  </subtitle>
  <link href="/group/alt.math/feed/atom_v1_0_msgs.xml" rel="self" title="alt.math feed"/>
  <updated>2009-11-22T17:25:09Z</updated>
  <generator uri="http://groups.google.com.co" version="1.99">Google Groups</generator>
  <entry>
  <author>
  <name>Jon</name>
  <email>jon8...@peoplepc.com</email>
  </author>
  <updated>2009-11-22T17:25:09Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/ccd54009ae5c5e40/244749faa1310ee3?show_docid=244749faa1310ee3</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/ccd54009ae5c5e40/244749faa1310ee3?show_docid=244749faa1310ee3"/>
  <title type="text">Roots to nth Degree Polynomial</title>
  <summary type="html" xml:space="preserve">
  &lt;a target=&quot;_blank&quot; rel=nofollow href=&quot;http://jons-math.bravehost.com/&quot;&gt;[link]&lt;/a&gt; &lt;br&gt; The polynomal is expressed as the equation of a plane and an orthogonal &lt;br&gt; basis set up using the unit normal, the unit vector pointing from the &lt;br&gt; intersection of the normal with the plane, to the intersection of the plane &lt;br&gt; with the coordinate axes. From there the space curve in x is projected onto
  </summary>
  </entry>
  <entry>
  <author>
  <name>studentservice</name>
  <email>studentservic...@gmail.com</email>
  </author>
  <updated>2009-11-22T15:44:44Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/7af61db85dbe02c1/7e04dd34c112a24d?show_docid=7e04dd34c112a24d</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/7af61db85dbe02c1/7e04dd34c112a24d?show_docid=7e04dd34c112a24d"/>
  <title type="text">Solutions Manual and Test Banks</title>
  <summary type="html" xml:space="preserve">
  We are studentservice team; we have collected solutions manual and &lt;br&gt; test &lt;br&gt; banks for many titles of different subjects. Here under &lt;br&gt; is a small portion of our collection of solutions manual and test &lt;br&gt; bank. if u need anything u can contact us by email &lt;br&gt; service4students(at)hotmail(do t)com &lt;br&gt; do send us email if u need your requests at a cheap price and prompt
  </summary>
  </entry>
  <entry>
  <author>
  <name>Rowley</name>
  <email>industry3drem...@yahoo.com</email>
  </author>
  <updated>2009-11-22T13:10:23Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/1e3c0a942529a631/d9d362c398128990?show_docid=d9d362c398128990</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/1e3c0a942529a631/d9d362c398128990?show_docid=d9d362c398128990"/>
  <title type="text">Re: Dumbo Univeristy</title>
  <summary type="html" xml:space="preserve">
  Dom wrote: &lt;br&gt; Are the amounts of how much spent per student for the ranking of the 50 &lt;br&gt; states adjusted for the differences in local economies? Or are they just &lt;br&gt; gross amounts?... and does that amount spent also include &lt;br&gt; transportation? The cost of running buses.... &lt;br&gt; How does the D.C.s drop put rate compare to those in other states -
  </summary>
  </entry>
  <entry>
  <author>
  <name>Dom</name>
  <email>dr...@teikyopost.edu</email>
  </author>
  <updated>2009-11-22T00:58:07Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/1e3c0a942529a631/ef1f61b4dcf75cd0?show_docid=ef1f61b4dcf75cd0</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/1e3c0a942529a631/ef1f61b4dcf75cd0?show_docid=ef1f61b4dcf75cd0"/>
  <title type="text">Dumbo Univeristy</title>
  <summary type="html" xml:space="preserve">
  It is unfortunate that Buchanan has not examined the junk books and &lt;br&gt; assorted materials--produced by the &amp;quot;free market&amp;quot;--that play such a &lt;br&gt; key role, along with fanciful theories of education, in the continuing &lt;br&gt; pseudo-education of American students. Urban schools continue to be &lt;br&gt; prime laboratories for conducting the disgraceful experiments concoted
  </summary>
  </entry>
  <entry>
  <author>
  <name>Grover Hughes</name>
  <email>ghug...@magtel.com</email>
  </author>
  <updated>2009-11-21T17:23:20Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/3e0dfe3f0663c8d0?show_docid=3e0dfe3f0663c8d0</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/3e0dfe3f0663c8d0?show_docid=3e0dfe3f0663c8d0"/>
  <title type="text">Re: rectangle geometry</title>
  <summary type="html" xml:space="preserve">
  Hi, Philippe, and thanks for your response. The answer to your &lt;br&gt; question is because that was the condition posed by a certain &lt;br&gt; mathematical problem I ran across on the sci.math site some time ago. &lt;br&gt; It had to do with a square, but I expanded it to include rectangles of &lt;br&gt; any aspect ratio. I solved the new problem to my satisfaction, but
  </summary>
  </entry>
  <entry>
  <author>
  <name>Angelo Campanella</name>
  <email>a.campane...@att.net</email>
  </author>
  <updated>2009-11-21T05:29:38Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/243fcc243bdea909/e236267afb802de3?show_docid=e236267afb802de3</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/243fcc243bdea909/e236267afb802de3?show_docid=e236267afb802de3"/>
  <title type="text">Re: The Ping-Pong Ball and The Sun / S D Rodrian</title>
  <summary type="html" xml:space="preserve">
  Rather than a cavity, the region is one of zero gravity! &lt;br&gt; The pressure assures that nucleii are closest to one anotther there. Fusion &lt;br&gt; could be self-regulating... If it gets too hot, the core expands, moderation &lt;br&gt; occurs and the fusion slows, etc. No thermostat required. &lt;br&gt; The vacuum concept is the one that does not occur, per se. In its place is
  </summary>
  </entry>
  <entry>
  <author>
  <name>Philippe 92</name>
  <email>nos...@free.invalid</email>
  </author>
  <updated>2009-11-20T16:49:39Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/a9ee7874bf7012ec?show_docid=a9ee7874bf7012ec</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/a9ee7874bf7012ec?show_docid=a9ee7874bf7012ec"/>
  <title type="text">Re: rectangle geometry</title>
  <summary type="html" xml:space="preserve">
  Grover Hughes wrote : &lt;br&gt; Hi, &lt;br&gt; Why do you restrict your problem of &amp;quot;radiused corners&amp;quot;, if I correctly &lt;br&gt; understand what you mean by that, to rectangles ? &lt;br&gt; &amp;lt;&lt;a target=&quot;_blank&quot; rel=nofollow href=&quot;http://mathworld.wolfram.com/IsoperimetricProblem.html&quot;&gt;[link]&lt;/a&gt;&amp;gt;
  </summary>
  </entry>
  <entry>
  <author>
  <name>Grover Hughes</name>
  <email>ghug...@magtel.com</email>
  </author>
  <updated>2009-11-19T22:46:46Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/8b17692c720297bf?show_docid=8b17692c720297bf</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/be43ce8b1d0e11dd/8b17692c720297bf?show_docid=8b17692c720297bf"/>
  <title type="text">rectangle geometry</title>
  <summary type="html" xml:space="preserve">
  Is there a name given to the problem of finding the maximum area-to- &lt;br&gt; perimeter ratio of a rectangle having radiused corners?
  </summary>
  </entry>
  <entry>
  <author>
  <name>Virgil</name>
  <email>vir...@home.esc</email>
  </author>
  <updated>2009-11-19T19:01:41Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/1c7a28510b7ab252?show_docid=1c7a28510b7ab252</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/1c7a28510b7ab252?show_docid=1c7a28510b7ab252"/>
  <title type="text">Re: Inverse Trig Functions</title>
  <summary type="html" xml:space="preserve">
  In article &amp;lt;YuydnZrhleKNo5jWnZ2dnUVZ_j2dn ...@earthlink.com&amp;gt;, &lt;br&gt; But if you can already prove the given statement false by citing a &lt;br&gt; specific counterexample, there is no need for anything further.
  </summary>
  </entry>
  <entry>
  <author>
  <name>Charles Hottel</name>
  <email>chot...@earthlink.net</email>
  </author>
  <updated>2009-11-19T12:46:10Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/e5cd48d502c29ccf?show_docid=e5cd48d502c29ccf</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/e5cd48d502c29ccf?show_docid=e5cd48d502c29ccf"/>
  <title type="text">Re: Inverse Trig Functions</title>
  <summary type="html" xml:space="preserve">
  Well all of the other problems in this section use the regular trig &lt;br&gt; functions and trigonometric identities to get rid of the inverse functions &lt;br&gt; in order to develop the solution. Sort of like getting rid of arcsin x by &lt;br&gt; taking sin (arcsin x) to obtain x.
  </summary>
  </entry>
  <entry>
  <author>
  <name>eric gisse</name>
  <email>jowr.pi.nos...@gmail.com</email>
  </author>
  <updated>2009-11-19T08:58:15Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/ca34cc11e5366620/9f28eb784b1f07fd?show_docid=9f28eb784b1f07fd</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/ca34cc11e5366620/9f28eb784b1f07fd?show_docid=9f28eb784b1f07fd"/>
  <title type="text">Re: Roots to Power Series</title>
  <summary type="html" xml:space="preserve">
  Jon wrote: &lt;br&gt; Abel had something to say about this. &lt;br&gt; Nice crosspost to 30 newsgroups too, shitbird.
  </summary>
  </entry>
  <entry>
  <author>
  <name>Jon</name>
  <email>jon8...@peoplepc.com</email>
  </author>
  <updated>2009-11-19T06:34:33Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/ca34cc11e5366620/8bffa143aef03cac?show_docid=8bffa143aef03cac</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/ca34cc11e5366620/8bffa143aef03cac?show_docid=8bffa143aef03cac"/>
  <title type="text">Roots to Power Series</title>
  <summary type="html" xml:space="preserve">
  &lt;a target=&quot;_blank&quot; rel=nofollow href=&quot;http://jons-math.com/&quot;&gt;[link]&lt;/a&gt; &lt;br&gt; If this solution is wrong, why did I do everything right to arrive at it? &lt;br&gt; Here it is, then. All the roots to any power series.
  </summary>
  </entry>
  <entry>
  <author>
  <name>Deadspeak2</name>
  <email>kims...@hawaii.rr.com</email>
  </author>
  <updated>2009-11-18T20:10:54Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/9c67d4a2e8afd025/8a25b0451fadf9b3?show_docid=8a25b0451fadf9b3</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/9c67d4a2e8afd025/8a25b0451fadf9b3?show_docid=8a25b0451fadf9b3"/>
  <title type="text">triangulation bomb (minus launch location) -sbk</title>
  <summary type="html" xml:space="preserve">
  Tan of pi(r)^2 = triangulation bomb w/default of pivotal position - &lt;br&gt; by sEung b. Kim
  </summary>
  </entry>
  <entry>
  <author>
  <name>Greg Neill</name>
  <email>gneil...@movesympatico.ca</email>
  </author>
  <updated>2009-11-18T04:11:54Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/983679ebcb01b4da?show_docid=983679ebcb01b4da</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/983679ebcb01b4da?show_docid=983679ebcb01b4da"/>
  <title type="text">Re: Inverse Trig Functions</title>
  <summary type="html" xml:space="preserve">
  with &lt;br&gt; the &lt;br&gt; One contradictory example is sufficient proof.
  </summary>
  </entry>
  <entry>
  <author>
  <name>Virgil</name>
  <email>vir...@home.esc</email>
  </author>
  <updated>2009-11-18T03:53:19Z</updated>
  <id>http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/e2c8591250bf7fc4?show_docid=e2c8591250bf7fc4</id>
  <link href="http://groups.google.com.co/group/alt.math/browse_frm/thread/7a1219ce4fb25e2b/e2c8591250bf7fc4?show_docid=e2c8591250bf7fc4"/>
  <title type="text">Re: Inverse Trig Functions</title>
  <summary type="html" xml:space="preserve">
  In article &amp;lt;h--dnS_UmqUe9J7WnZ2dnUVZ_sCdn ...@earthlink.com&amp;gt;, &lt;br&gt; What leads you to suppose that the left hand side can be made any &lt;br&gt; simpler that it already is?
  </summary>
  </entry>
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