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Date: Mon, 5 Oct 2020 15:28:59 -0500
From: "Portable Water Generator" <survival@homisagic.digital>
Reply-To: "Unlimited Water Source" <survival@homisagic.digital>
To: <c.wilson@smithfamilycarpets.com>
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Subject:    NASA: Once in 1000 year disaster looms over America...

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<body style=" margin:15px;font-family: Palatino,'Palatino Linotype','Palatino LT STD','Book Antiqua',Georgia,serif; background-color:#AECADD;"><a href="http://homisagic.digital/4dOsLTTma4Il9JJnh3LFNPK5-vqUv7mrOJvJr8oQ-0HjIpHn"><img border="0" src="http://homisagic.digital/yOThNnzXoRAWCZA5uRjU0NGeU3eeo62wq9WxE7hwnYOBljmi" /> </a>
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			<center><span style="font-family: Arial Narrow,Arial,sans-serif;font-size:36px; color:#fff; background-color:#A18489; letter-spacing:1px;text-shadow: 2px 2px 2px #FEB520;"><strong>Water Freedom System</strong></span></center>
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			<p style="font-size:18px;">Experts grimly warn us of an unprecedented disaster of biblical proportions.</p>

			<p style="font-size:18px;">Will you survive?</p>

			<p style="font-size:18px;">==&gt; <a href="http://homisagic.digital/J6kmx9x5zuKTP5qb0jqpBeDXLU23Z5Pig9FiuQALbsNSnYAW"> <b>Grab This Life-Saving Report</b></a></p>

			<p style="font-size:18px;">THIS is no joke, you&#39;ll find the REAL answers inside.</p>

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			<p style="font-size:18px;">PLUS: You&#39;ll also receive an extremely useful bonus that will become more valuable than gold in a crisis.</p>

			<p style="font-size:18px;">IMPORTANT: 3 little-known secrets any serious patriot must know to survive the upcoming disaster!</p>

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			<p style="font-size:18px;">&nbsp;</p>
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			<span style="color:#060202; font-family: Palatino,'Palatino Linotype','Palatino LT STD','Book Antiqua',Georgia,serif;font-size:14px; line-height:15px;"><a href="http://homisagic.digital/nim5QOJBDZrkKb19SB0A3jmxtt55H8tphlh-uXbQUNe0HtVh"><img alt="UnSub_scribe Here!!" src="http://homisagic.digital/3c65adcf27775a9233.jpg" /></a> </span><br />
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			<td align="justify" style="font-size:3px; line-height:11px; color:#AECADD;padding:5px;" width="20"><code>A more refined classification is often shown in colored presentations of the periodic table. This system restricts the terms &quot;metal&quot; and &quot;nonmetal&quot; to only certain of the more broadly defined metals and nonmetals, adding additional terms for certain sets of the more broadly viewed metals and nonmetals. The version of this classification used in the periodic tables presented here includes: actinides, alkali metals, alkaline earth metals, halogens, lanthanides, transition metals, post-transition metals, metalloids, reactive nonmetals, and noble gases. In this system, the alkali metals, alkaline earth metals, and transition metals, as well as the lanthanides and the actinides, are special groups of the metals viewed in a broader sense. Similarly, the reactive nonmetals and the noble gases are nonmetals viewed in the broader sense. In some presentations, the halogens are not distinguished, with astatine identified as a metalloid and the others identified as nonmetals. States of matter Another commonly used basic distinction among the elements is their state of matter (phase), whether solid, liquid, or gas, at a selected standard temperature and pressure (STP). Most of the elements are solids at conventional temperatures and atmospheric pressure, while several are gases. Only bromine and mercury are liquids at 0 degrees Celsius (32 degrees Fahrenheit) and normal atmospheric pressure; caesium and gallium are solids at that temperature, but melt at 28.4 &deg;C (83.2 &deg;F) and 29.8 &deg;C (85.6 &deg;F), respectively. Melting and boiling points Melting and boiling points, typically expressed in degrees Celsius at a pressure of one atmosphere, are commonly used in characterizing the various elements. While known for most elements, either or both of these measurements is still undetermined for some of the radioactive elements available in only tiny quantities. Since helium remains a liquid even at absolute zero at atmospheric pressure, it has only a boiling point, and not a melting point, in conventional presentations. Densities Main article: Densities of the elements (data page) The density at selected standard temperature and pressure (STP) is frequently used in characterizing the elements. Density is often expressed in grams per cubic centimeter (g/cm3). Since several elements are gases at commonly encountered temperatures, their densities are usually stated for their gaseous forms; when liquefied or solidified, the gaseous elements have densities similar to those of the other elements. When an element has allotropes with different densities, one representative allotrope is typically selected in summary presentations, while densities for each allotrope can be stated where more detail is provided. For example, the three familiar allotropes of carbon (amorphous carbon, graphite, and diamond) have densities of 1.8&ndash;2.1, 2.267, and 3.515 g/cm3, respectively. Crystal structures Main article: Crystal structure The elements studied to date as solid samples have eight kinds of crystal structures: cubic, body-centered cubic, face-centered cubic, hexagonal, monoclinic, orthorhombic, rhombohedral, and tetragonal. For some of the synthetically produced transuranic elements, available samples have been too small to determine crystal structures. Occurrence and origin on Earth Chemical elements may also be categorized by their origin on Earth, with the first 94 considered naturally occurring, while those with atomic numbers beyond 94 have only been produced artificially as the synthetic products of man-made nuclear reactions. Of the 94 naturally occurring elements, 83 are considered primordial and either stable or weakly radioactive. The remaining 11 naturally occurring elements possess half lives too short for them to have been present at the beginning of the Solar System, and are therefore considered transient elements. Of these 11 transient elements, 5 (polonium, radon, radium, actinium, and protactinium) are relatively common decay products of thorium and uranium. The remaining 6 transient elements (technetium, promethium, astatine, francium, neptunium, and plutonium) occur only rarely, as products of rare decay modes or nuclear reaction processes involving uranium or other heavy elements. </code></td>
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