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	<title>Planet X</title>
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		<title>Planet X Pdf</title>
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		<pubDate>Sat, 04 Sep 2010 13:33:39 +0000</pubDate>
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				<category><![CDATA[Planet X]]></category>
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		<description><![CDATA[What is the formula for density (D x), Mars or Jupiter? I want to know the formula for determining the density of a planet Within our solar system. It is for a math project for my school I have to use the integrals. Take this initiative to pursue the NASA called &#34;density and the inner [...]]]></description>
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<b>What is the formula for density (D x), Mars or Jupiter?</b>
<p> <i>I want to know the formula for determining the density of a planet</i> Within our solar system. It is for a math project for my school I have to use the integrals. Take this initiative to pursue the NASA called &quot;density and the inner mass of the Sun &quot;where I give the density of D (x) = 519x ^ 4 &#8211; 1630x ^ 3 1844 x ^ 2 &#8211; 889x + 155, then say that the radius increases from x = 0 of the base x = 1 on the surface. Who would give me a full replacement value with the latest 1.0. Then the result is multiplied by (6.9&#215;10 ^ 10) ^ 3 for the value total mass in grams astronomical. The link to file: http://spacemath.gsfc.nasa.gov/weekly/ 6Page102.pdf </p>
<p> Why not divide the mass of the planet by its volume? Why do you need a complete? Is the mass or volume under Subject to change?? Volume of a sphere (4πr ^ 3) / 3 </p>
<p><b>Planet X &#8211; The Truth</b><br />
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