https://peda.net/id/612921e0ea5 2017-12-26T18:05:51+02:00 https://peda.net/:static/535/peda.net.logo.bg.svg <div class="license">Tämän sivun lisenssi <a rel="license nofollow ugc noopener" href="http://creativecommons.org/licenses/by-nc-sa/3.0/">Creative commons CC BY-NC-SA 3.0</a></div> https://peda.net/id/612f44d0ea5 2017-12-26T18:08:47+02:00 <!--filtered tag: <article--><!--filtered attribute: id="uuid-612fcb3a-ea54-11e7-8001-4631624c9a50"--><!--filtered attribute: class="link document uuid-612fcb3a-ea54-11e7-8001-4631624c9a50 enclose"--><!--filtered attribute: data-id="612fcb3a-ea54-11e7-8001-4631624c9a50"--><!--filtered attribute: data-draft-type="published"--><!--&gt;--><!--filtered tag: <header--><!--&gt;--><h1><!--filtered attribute: class="link"--><a href="https://prezi.com/mudv77djnx-w/wave-physics/?webgl=0" title="https://prezi.com/mudv77djnx-w/wave-physics/?webgl=0 (avautuu uuteen ikkunaan)" target="_blank" rel="nofollow ugc noopener">Wave physics</a></h1> <!--filtered end tag: </header>--><div class="main"><div class="description">Coves study notes on waves, sound, light, and the electromagnetic spectrum.</div> </div> <!--filtered tag: <footer--><!--&gt;--><!--filtered end tag: </footer>--><!--filtered end tag: </article>--> 2017-12-26T17:49:38+02:00 https://peda.net/id/a9fcc000ecb 2017-12-29T18:53:44+02:00 <dl><dt><!--filtered attribute: class="thumbnail"--><a href="https://peda.net/p/janne.rytkonen/yf2/aaltofysiikka-7/mediassa/gravitaatioaalto#top" class="uuid-a9fd0d76-ecb8-11e7-8001-62f3624c9a50">Gravitation wave</a></dt> <dd>Gravitation wave</dd> <dt><!--filtered attribute: class="thumbnail"--><a href="https://peda.net/p/janne.rytkonen/yf2/aaltofysiikka-7/mediassa/2#top" class="uuid-a9fd8a8a-ecb8-11e7-8001-62f3624c9a50">Storm in a cup</a></dt> <dd>Storm in a cup</dd> <dt><!--filtered attribute: class="thumbnail"--><a href="https://peda.net/p/janne.rytkonen/yf2/aaltofysiikka-7/mediassa/6#top" class="uuid-a9fe0640-ecb8-11e7-8001-62f3624c9a50">Harmonic oscillators</a></dt> <dd>Harmonic oscillators</dd> </dl> https://peda.net/id/613b8f6aea5 2017-12-26T18:09:42+02:00 <!--filtered tag: <article--><!--filtered attribute: id="uuid-613c1cd2-ea54-11e7-8001-4631624c9a50"--><!--filtered attribute: class="link document uuid-613c1cd2-ea54-11e7-8001-4631624c9a50 enclose"--><!--filtered attribute: data-id="613c1cd2-ea54-11e7-8001-4631624c9a50"--><!--filtered attribute: data-draft-type="published"--><!--&gt;--><!--filtered tag: <header--><!--&gt;--><h1><!--filtered attribute: class="link"--><a href="https://play.kahoot.it/#/k/130aa1a0-7d38-458c-a71c-50932f98f751" title="https://play.kahoot.it/#/k/130aa1a0-7d38-458c-a71c-50932f98f751" rel="nofollow ugc noopener">Light and the EM spectrum</a></h1> <!--filtered end tag: </header>--><div class="main"><div class="description">Like all wave-like motion, light exhibits three different types of behaviour when it meets an obstacle: it can be reflected as by a mirror, be absorbed as by a wall, or be transmitted as by a window. Revise the core of the syllabus in this Kahoot.</div> </div> <!--filtered tag: <footer--><!--&gt;--><!--filtered end tag: </footer>--><!--filtered end tag: </article>--> 2017-12-26T17:49:38+02:00 https://peda.net/id/61540ec8ea5 2017-12-26T18:08:38+02:00 <span>As your first field of physics, you get to know wave physics.<br/> <br/> <span class="center medium"><a href="https://peda.net/p/janne.rytkonen/yf2/aaltofysiikka-7/tervetuloa2/w#top" title="waves_seismograph_earthquake.jpg"><img src="https://peda.net/p/janne.rytkonen/yf2/aaltofysiikka-7/tervetuloa2/w:file/photo/ef0a1ef4c9c053051150a8ba8b0b8520c6f464fc/waves_seismograph_earthquake.jpg" alt="" title="waves_seismograph_earthquake.jpg" class="inline" loading="lazy"/></a></span><br/> This field studies all kinds of vibrations and perturbations. As its applications, humankind has invented radios, cameras, and sunglasses alike. This knowledge is also put to use when seismologists predict where earthquakes are bound to strike and where they originated from.</span> 2017-12-26T17:49:38+02:00