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	<title>
	Comments on: Absolute value of complex numbers	</title>
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	<description>.NET numerical class libraries</description>
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		<title>
		By: A Isaac		</title>
		<link>https://www.centerspace.net/absolute-value-of-complex-numbers#comment-18016</link>

		<dc:creator><![CDATA[A Isaac]]></dc:creator>
		<pubDate>Wed, 02 Jul 2014 18:50:54 +0000</pubDate>
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					<description><![CDATA[How can the index of the max of the L2-norm be different than that of the L1-norm ?

(Abs1(z)) ^ 2  =  ((Abs(z)) ^ 2) + ( 2 * abs(Re(z)) * abs(Im(z)) )

If for 2 points z1, z2:  ((Abs(z2)) ^ 2)  &#062; ((Abs(z1)) ^ 2) 

So, Must it be ((Abs1(z2)) ^ 2)  &#062; ((Abs1(z1)) ^ 2)   ???????

Can   ( 2 * abs(Re(z1)) * abs(Im(z1)) )  -  ( 2 * abs(Re(z2)) * abs(Im(z2)) )  &#062;   ((Abs(z2)) ^ 2)  - ((Abs(z1)) ^ 2)]]></description>
			<content:encoded><![CDATA[<p>How can the index of the max of the L2-norm be different than that of the L1-norm ?</p>
<p>(Abs1(z)) ^ 2  =  ((Abs(z)) ^ 2) + ( 2 * abs(Re(z)) * abs(Im(z)) )</p>
<p>If for 2 points z1, z2:  ((Abs(z2)) ^ 2)  &gt; ((Abs(z1)) ^ 2) </p>
<p>So, Must it be ((Abs1(z2)) ^ 2)  &gt; ((Abs1(z1)) ^ 2)   ???????</p>
<p>Can   ( 2 * abs(Re(z1)) * abs(Im(z1)) )  &#8211;  ( 2 * abs(Re(z2)) * abs(Im(z2)) )  &gt;   ((Abs(z2)) ^ 2)  &#8211; ((Abs(z1)) ^ 2)</p>
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