The describes the spatial dimension in which a wave repeats itself.Remote Sensing makes use of atmospheric , frequency bands in which the atmopshere of the Earth is transparent to electromagnetic radiation.The frequency is measured in the unit of .
Question
The describes the spatial dimension in which a wave repeats itself.Remote Sensing makes use of atmospheric , frequency bands in which the atmopshere of the Earth is transparent to electromagnetic radiation.The frequency is measured in the unit of .
Solution
The text seems to be incomplete, but I'll try to fill in the blanks based on the context.
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"Wavelength" describes the spatial dimension in which a wave repeats itself. It is the distance between one peak or crest of a wave and the next peak or crest. It is often designated by the Greek letter lambda (λ).
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Remote Sensing makes use of "atmospheric windows", frequency bands in which the atmosphere of the Earth is transparent to electromagnetic radiation. These windows allow specific ranges of wavelengths to pass through the Earth's atmosphere and be detected by remote sensors.
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The frequency of a wave is measured in the unit of "Hertz (Hz)". It refers to the number of wave cycles that pass a given point per unit of time.
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