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        <item>
            <title>Question Going for Graduate diploma - what books to get :)</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=7864340&amp;tstart=0#7864340</link>

        

            <description><![CDATA[Dear all,<br><br>I'm pretty novice in Stats, and would like to work on my skills by going for the Graduate Diploma offered by the Royal Statistics]]></description>

        

            <jf:creationDate>Aug 16, 2012 3:06:25 PM</jf:creationDate>
            <jf:modificationDate>Aug 16, 2012 3:06:25 PM</jf:modificationDate>
            <jf:author>trynix</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Three Elements Survey – Online Academic Three Elements Survey</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=7356293&amp;tstart=0#7356293</link>

        

            <description><![CDATA[Dear Sir/Madam,<br><br>I am a doctoral candidate with the School of Advanced Studies at the University of Phoenix. I am conducting research on the]]></description>

        

            <jf:creationDate>Jan 12, 2011 8:26:25 AM</jf:creationDate>
            <jf:modificationDate>Jan 12, 2011 8:26:25 AM</jf:modificationDate>
            <jf:author>rabym@ih.k12.oh.us</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Three Elements Survey – Online Academic Three Elements Survey</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=7335029&amp;tstart=0#7335029</link>

        

            <description><![CDATA[Dear Sir/Madam,<br><br>I am a doctoral candidate with the School of Advanced Studies at the University of Phoenix. I am conducting research on the]]></description>

        

            <jf:creationDate>Dec 16, 2010 2:11:38 PM</jf:creationDate>
            <jf:modificationDate>Dec 16, 2010 2:11:38 PM</jf:modificationDate>
            <jf:author>rabym@ih.k12.oh.us</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: geodesic dome</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6958456&amp;tstart=0#6958456</link>

        

            <description><![CDATA[Adam,<br><br>I've modeled a host of geodesic spheres/domes, of all three classes and many frequencies, using Google's free SketchUp 3D modeling]]></description>

        

            <jf:creationDate>Jan 26, 2010 4:34:58 PM</jf:creationDate>
            <jf:modificationDate>Jan 26, 2010 4:34:58 PM</jf:modificationDate>
            <jf:author>TaffGoch</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>geodesic dome</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6948480&amp;tstart=0#6948480</link>

        

            <description><![CDATA[regarding icosahedron 6v geodesic domes.<br><br>i have been interested in making a scale model of one of these, but to a higher detail than]]></description>

        

            <jf:creationDate>Jan 13, 2010 4:04:53 AM</jf:creationDate>
            <jf:modificationDate>Jan 13, 2010 4:04:53 AM</jf:modificationDate>
            <jf:author>improvedadam@hotmail.com</jf:author>
            <jf:replyCount>1</jf:replyCount>
        </item>

        <item>
            <title>Re: Negative R^2 value</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6911848&amp;tstart=0#6911848</link>

        

            <description><![CDATA[The coefficient of determination is always in [0,1] for linear regression. For statistical procedures other than linear regression, ad hoc "R-squared]]></description>

        

            <jf:creationDate>Nov 23, 2009 10:48:01 PM</jf:creationDate>
            <jf:modificationDate>Nov 23, 2009 10:48:01 PM</jf:modificationDate>
            <jf:author>chunchun</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>2nd stage analysis</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6873543&amp;tstart=0#6873543</link>

        

            <description><![CDATA[Hi!<br>Anyone has a link for an introductory explanation to 2nd stage analysis, as in 2nd stage MDS plots?<br>A 2nd stage resemblance matrix on a]]></description>

        

            <jf:creationDate>Oct 20, 2009 11:00:18 AM</jf:creationDate>
            <jf:modificationDate>Oct 20, 2009 11:00:18 AM</jf:modificationDate>
            <jf:author>yakir12@hotmail.com</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Mass–energy equivalence</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6841410&amp;tstart=0#6841410</link>

        

            <description><![CDATA[If he had included the shell pressure and inertia as it would be included in the theory of relativity, the factor would have been equal to 1 or m = E]]></description>

        

            <jf:creationDate>Sep 12, 2009 3:22:38 AM</jf:creationDate>
            <jf:modificationDate>Sep 12, 2009 3:22:38 AM</jf:modificationDate>
            <jf:author></jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: Please help</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6819257&amp;tstart=0#6819257</link>

        

            <description><![CDATA[See<br><br><br>Covariance Wikipedia<br>]]></description>

        

            <jf:creationDate>Aug 18, 2009 5:13:54 PM</jf:creationDate>
            <jf:modificationDate>Aug 18, 2009 5:13:54 PM</jf:modificationDate>
            <jf:author>licas_@hotmail.com</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>generalization of P(m,n)=C(m,n)*p^m*q^(n-m)</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6602765&amp;tstart=0#6602765</link>

        

            <description><![CDATA[how to generalize formula P(m,n)=C(m,n)*p^m*q^(n-m) if random variables are correlated (assume ro=const)?<br>]]></description>

        

            <jf:creationDate>Feb 9, 2009 9:38:41 AM</jf:creationDate>
            <jf:modificationDate>Feb 9, 2009 9:38:41 AM</jf:modificationDate>
            <jf:author>maxim_o</jf:author>
            <jf:replyCount>0</jf:replyCount>
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