<span><span><span>Public debate - radioactive wastes management</span>International Nuclear Information System (INIS)</span>Between September 2005 and January 2006 a national debate<span> has been organized on the radioactive wastes management. This </span>debate<span> aimed to inform the </span>public<span> and to allow him to give his opinion. This document presents, the reasons of this </span>debate<span>, the operating, the synthesis of the results and technical documents to bring information in the domain of radioactive wastes management.</span>
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Personification is giving human like characteristics or actions to a non-human things.
Excerpt 1 just talks about how scary and awful the Red Death is, but it doesn't really make it seem human.
Excerpt 2 describes the Red Death like a really scary looking masked person looking thing, kind of like a scythe. The Red Death is a non-human thing though, but Poe is making it seem human. This is personification.
Excerpt 3 talks about a face, vesture, brow, etc. These are all things that humans usually have. This is a personification.
Excerpt 4 is just describing a scary place, but it doesn't really talk about anything human, and it doesn't seem to be talking about the Red Death at all.
Therefore, the answer is Excerpt 2 and Excerpt 3.
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The objects that produce large amplitude waves are Stars, Large machines, Rocks falling from the mountain, Earthquakes, Volcanoes
The objects producing small amplitude waves include ping-pong ball, Tuning fork, stones, Speakers, Spring
<u>Explanation</u>:
The wave's amplitude is characterised by the ultimate displacement of an object from its median position. Generally, wave with high energy (or the waves emanating from big bodies or high energy bodies) are high amplitude waves. Since the body has a high amount of energy, it produces a comparatively large amount of displacement of the particle. hence the high amplitude.
Similarly, small bodies or bodies with less energy produces a low amplitude wave. This also can be understood in terms of displacement of the particle from its mean position.
