https://peda.net/id/353233fcfc6 2018-01-18T17:28:17+02:00 https://peda.net/:static/532/peda.net.logo.bg.svg <div class="license">Tämän sivun lisenssi <a rel="license" href="https://peda.net/info">Peda.net-yleislisenssi</a></div> https://peda.net/id/d8fad15cfc7 2018-01-18T19:48:05+02:00 Every reaction is based on the exchange or sharing of electrons. The main alternatives are:<br/> <ul> <li>donating and receiving outer electrons, resulting in <a href="https://peda.net/p/janne.rytkonen/bilingual-chemistry/ptoe/chemical-reactions/ionic-bonding#top" class="uuid-f3f025c6-79ea-11e7-bcab-eaecf9f45fbc">Ionic bonding</a>​</li> <li>sharing outer electrons, resulting in <a href="https://peda.net/p/janne.rytkonen/bilingual-chemistry/ptoe/chemical-reactions/covalent-bonding#top" class="uuid-b3016afa-79f1-11e7-8124-eaecf9f45fbc">Covalent bonding</a>​</li> </ul> These two make for distinctively different kinds of substances, the specifics of which form a basis for understanding chemistry. The more sophisticated ones, like <a href="https://peda.net/p/janne.rytkonen/bilingual-chemistry/ptoe/chemical-reactions/hydrogen-bonds#top" class="uuid-7cf093a0-79ec-11e7-b777-8b03fbf45fbc">Hydrogen bonding</a>​, expand on these notions of electromagnetic interaction, one of the <a href="https://peda.net/p/janne.rytkonen/yf2/mittaaminen/p/mm#top" class="uuid-cfe6210c-ebf1-11e7-8001-62f3624c9a50">Rules for the universe</a>​. 2018-01-18T19:13:05+02:00