Question: If the direct beam transmission of light of 0.5 micron wavelength is 80%, what will be the transmission of light with a wavelength of 1 micron, assuming no absorption is involved at either wavelength? Question: Sunlight shines through a salt shaker. Should you expect more, less, or the same amount of scattering from blue light compared to red light? How about for light shining through a plume of smoke?
Question: If the direct beam transmission of light of 0.5 micron wavelength is 80%, what will be the transmission of light with a wavelength of 1 micron, assuming no absorption is involved at either wavelength? Question: Sunlight shines through a salt shaker. Should you expect more, less, or the same amount of scattering from blue light compared to red light? How about for light shining through a plume of smoke?
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Question: If the direct beam transmission of light of 0.5 micron wavelength is 80%, what will be the transmission of light with a wavelength of 1 micron, assuming no absorption is involved at either wavelength?
Question: Sunlight shines through a salt shaker. Should you expect more, less, or the same amount of scattering from blue light compared to red light? How about for light shining through a plume of smoke?
Question: A typical radio frequency is 99.5 MHz, while a HD TV broadcast frequency is 600 MHz. Which one is your body position more likely to interfere with and why?
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