b.
Radio waves and visible light are both forms of electromagnetic radiation. All electromagnetic radiation travels at the speed of light.
2006-10-07 16:29:13
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answer #1
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answered by novangelis 7
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B. radio waves travel at the speed of light. This is why we are able to listen to live radio and watch live tv without a time lag. By the way the speed of radio waves is not the same as the speed of sound. I assure you radio waves travel at the speed of light
2006-10-07 23:22:09
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answer #2
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answered by Anonymous
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If you have to choose - so the second one. Because the speed of sound is about 300 m/s and the speed of light is 300000km/s. The speed of radio waves is the speed of electromagnetism and this is the same like the speed of light!
2006-10-07 23:31:15
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answer #3
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answered by Julie 4
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The answer is b. same as the speed of radio waves
as all electromagnetic radiation -- from radio waves to x-rays -- travel at the speed of light. In empty space this speed is approximately 300,000 kilometers per second!
2006-10-07 23:29:42
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answer #4
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answered by Magnusfl 3
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Light and radio waves are both electromagnetic waves. Therefore they would most likely travel at the same speed.
2006-10-07 23:28:00
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answer #5
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answered by Heather 2
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The speed of light is 186,355 miles per second.
Since I know that the speed of sound is slower, I can only guess that radio waves are the same as speed of light.
2006-10-07 23:25:00
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answer #6
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answered by Dellajoy 6
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It's definitely not the speed of sound. Think about a thunderstorm, you see the lightening and then you hear the thunder. I don't know about radio waves but I assume they're faster than the speed of sound. Good luck!
2006-10-07 23:23:52
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answer #7
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answered by i have no idea 6
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it's B.... speed of light is approximately 3 X 10 to the power 8
2006-10-08 00:13:23
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answer #8
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answered by confused me 1
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B radio waves are part of the electro magnetic spectrum and so is light. So they all have the same speed.
2006-10-07 23:39:34
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answer #9
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answered by spacebttrfly23 2
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Speed of light - Wikipedia, the free encyclopedia
The speed of light in a vacuum is an important physical constant denoted by the ... The constant speed of light then belongs to those who may be in free fall, or ...
Quick Links: Overview - Mnemonic - Communications
en.wikipedia.org/wiki/Speed_of_light - 85k - Cached - More from this site
2006-10-07 23:24:26
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answer #10
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answered by Anonymous
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