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I would assume that the speed is higher than the speed of light, as experiments by Goudsmidt and Uhlenbeck in the mid 1920s showed the electrons spin (orthorotates) 1,7 times the speed of light - assuming ressonance occurs, the electrons absorbing the sound wave (at the microphone) ressonate with the electrons emitting the wave (at the speaker) and the sound is transfered 'imediatetely' through quantum ressonance.

If the sound travelled with the electrons, the sound would travel 2-3 cm per sec. This does not happen. The sound waves probably are not transformed to photons - travelling at light speed - if that were the case, how could the copper core in an insulated wire (rubber or plastic) absorb the photons? Nor are they transformed to other quarks or elementary particles.

This is an example of electron ressonance, the electrons absorb, transmit and recieve the physical wave of sound from one part of the copper wire to the next. This ressonance ensures that the speed of light is ecceded. The sound travels in the form of rotating electrons in ressonance in the two parts of the wire.

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12y ago
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14y ago

It's actually a light signal that travels through a fibre optic cable. The speed is the speed of light divided by the refractive index of the material. This works out to around 200 million metres per second.

A rough rule of thumb is 18 inches per nanosecond.

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13y ago

I have read elsewhere that electricity effectively travels at the speed of light (approx 186 miles per second). It would follow then, that if you connect a battery to a bulb with a one light year long wire (and back to the other terminal with another such wire), when the circuit is connected, the bulb should light in a years time. The wires involved in this senerio, however, are about 6 trillion miles long. For any house wiring job, when the switch is operated, the bulb should come on at once. In brief, how fast does electricity travel down a copper wire? Lightening fast.

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12y ago

About 2/3 the speed of light in a vacuum. I have seen a speed of 0.68 c used in calculations, but this may be approximated as 2/3 c.

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15y ago

It is approx equal to the speed of light.

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13y ago

Just under 3x10^8 m/s

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Q: What speed does data travel through copper wires?
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