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    <title>polyethene &amp;mdash; Paul Sutton</title>
    <link>https://personaljournal.ca/paulsutton/tag:polyethene</link>
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    <pubDate>Tue, 05 May 2026 16:29:21 +0000</pubDate>
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      <title>Organic Chemistry 3 Plastics</title>
      <link>https://personaljournal.ca/paulsutton/organic-chemistry-3</link>
      <description>&lt;![CDATA[Organic Chemistry 3 Plastics&#xA;&#xA;Following on from organic-chemistry-2 we have had a look at Alcohols.  So will now turn some attention to plastics.&#xA;&#xA;So again we can construct models of plastics in a similar way,  the main difference here is that plastics are POLYMERS, which are MONOMERS chained together.&#xA;&#xA;Mono - Single&#xA;Poly - Multiple&#xA;&#xA;Common plastics&#xA;&#xA;So looking at the above you will notice that they are using n to indicate there is more than 1 in the chain. &#xA;&#xA;So starting with $\{C2H2}$ or Ethene, this becomes Polyethene when more monomers are added to the chain.&#xA;&#xA;So in the video below, I construct Ethene and then, in the spirit of Blue Peter, I am then using a few more I made earlier. &#xA;&#xA;iframe width=&#34;560&#34; height=&#34;315&#34; sandbox=&#34;allow-same-origin allow-scripts allow-popups&#34; src=&#34;https://diode.zone/videos/embed/a377b68e-df0c-46ca-8964-129c7c964134&#34; frameborder=&#34;0&#34; allowfullscreen/iframe&#xA;&#xA;You may find Molview helpful for visualising molecules on your computer screen too. This could complement physical building which I find can help understanding further.&#xA;&#xA;I will post a few more videos showing the other molecules in that section of the infographic. &#xA;&#xA;#chemistry,#organic,#compoundchemistry,#modeling,#molymod,&#xA;#education,#plastics,#polyethene,#ethene,#monomer,#polymer&#xA;&#xA;hr&#xD;&#xA;&#xD;&#xA;table&#xD;&#xA;thead&#xD;&#xA;trtda rel=&#34;me&#34; href=&#34;https://qoto.org/@zleap&#34;Mastodon/a/td&#xD;&#xA;tda href=&#34;https://wiki.ircnow.org/?n=Shelllabs.Intro&#34;ShellLabs/td&#xD;&#xA;tda href=&#34;https://joinmastodon.org/&#34;Join Mastodon/a/td/tr/thead/table&#xD;&#xA;center&#xD;&#xA;AI statement : b Consent is NOT granted to use the content of this blog for the purposes of AI training or similar activity.  Consent CANNOT be assumed, it has to be granted. /b&#xD;&#xA;/center&#xD;&#xA;&#xD;&#xA;a href=&#34;https://liberapay.com/PaulSutton/donate&#34;img alt=&#34;Donate using Liberapay&#34; src=&#34;https://liberapay.com/assets/widgets/donate.svg&#34;/a&#xD;&#xA;]]&gt;</description>
      <content:encoded><![CDATA[<p>Organic Chemistry 3 Plastics</p>

<p>Following on from <a href="https://personaljournal.ca/paulsutton/organic-chemistry-2" rel="nofollow">organic-chemistry-2</a> we have had a look at Alcohols.  So will now turn some attention to plastics.</p>

<p>So again we can construct models of plastics in a similar way,  the main difference here is that plastics are <strong>POLYMERS</strong>, which are <strong>MONOMERS</strong> chained together.</p>

<p>Mono – Single
Poly – Multiple</p>

<p><img src="https://git.qoto.org/zleap/documents/-/raw/master/plastics/A-Guide-to-Common-Plastics.png" alt="Common plastics"></p>

<p>So looking at the above you will notice that they are using n to indicate there is more than 1 in the chain.</p>

<p>So starting with ${C2H2}$ or Ethene, this becomes <a href="https://en.wikipedia.org/wiki/Polyethylene" rel="nofollow">Polyethene</a> when more monomers are added to the chain.</p>

<p>So in the video below, I construct Ethene and then, in the spirit of Blue Peter, I am then using a few more I made earlier.</p>

<iframe width="560" height="315" src="https://diode.zone/videos/embed/a377b68e-df0c-46ca-8964-129c7c964134" frameborder="0" allowfullscreen=""></iframe>

<p>You may find <a href="https://molview.org/" rel="nofollow">Molview</a> helpful for visualising molecules on your computer screen too. This could complement physical building which I find can help understanding further.</p>

<p>I will post a few more videos showing the other molecules in that section of the infographic.</p>

<p><a href="/paulsutton/tag:chemistry" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">chemistry</span></a>,<a href="/paulsutton/tag:organic" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">organic</span></a>,<a href="/paulsutton/tag:compoundchemistry" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">compoundchemistry</span></a>,<a href="/paulsutton/tag:modeling" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">modeling</span></a>,<a href="/paulsutton/tag:molymod" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">molymod</span></a>,
<a href="/paulsutton/tag:education" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">education</span></a>,<a href="/paulsutton/tag:plastics" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">plastics</span></a>,<a href="/paulsutton/tag:polyethene" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">polyethene</span></a>,<a href="/paulsutton/tag:ethene" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">ethene</span></a>,<a href="/paulsutton/tag:monomer" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">monomer</span></a>,<a href="/paulsutton/tag:polymer" class="hashtag" rel="nofollow"><span>#</span><span class="p-category">polymer</span></a></p>

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      <guid>https://personaljournal.ca/paulsutton/organic-chemistry-3</guid>
      <pubDate>Fri, 07 Aug 2020 05:51:12 +0000</pubDate>
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