Two electromagnetic waves, A and B, travel in space, A with a frequency double that of B. We can conclude that the speeds of the waves are the same, but the wavelength of A is double the wavelength of B. the speeds of the waves are the same, and so are the wavelengths. the wavelengths of the waves are the same, but the speed of A is double the wavelength of B. the speeds of the waves are the same, but the wavelength of A is half the wavelength of B. the wavelengths of the waves are the same, but the speed of A is half the
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the speeds of the waves are the same, but the wavelength of A is double the wavelength of B. |
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the speeds of the waves are the same, and so are the wavelengths. |
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the wavelengths of the waves are the same, but the speed of A is double the wavelength of B. |
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the speeds of the waves are the same, but the wavelength of A is half the wavelength of B. |
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the wavelengths of the waves are the same, but the speed of A is half the wavelength of B. |
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both speed and wavelength are the same for both waves. |
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it is impossible to determine the speed and wavelengths without knoing the type of waves. |
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