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<blockquote data-quote="Ponka" data-source="post: 479847" data-attributes="member: 4631"><p>Agreed but since when does electricity or an electric signal move at the speed of light ???</p><p></p><p>The speed at which an electronic charge moves down a wire (or through the electron sea) is proportional to the value of the electric current. On first glance I just thought you had confused the si units of velocity (thinking that the m in ms-1 stood for miles when it stands for metres) but the value is wrong too.</p><p></p><p>Electronic charge moving through the electron sea is proportional to the current low speed = low current high speed = high current. So you couldn't know the speed at which the charge flows without first knowing the current (in amperes) and also the thickness of the wire.</p></blockquote><p></p>
[QUOTE="Ponka, post: 479847, member: 4631"] Agreed but since when does electricity or an electric signal move at the speed of light ??? The speed at which an electronic charge moves down a wire (or through the electron sea) is proportional to the value of the electric current. On first glance I just thought you had confused the si units of velocity (thinking that the m in ms-1 stood for miles when it stands for metres) but the value is wrong too. Electronic charge moving through the electron sea is proportional to the current low speed = low current high speed = high current. So you couldn't know the speed at which the charge flows without first knowing the current (in amperes) and also the thickness of the wire. [/QUOTE]
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