Answer:
The highest energy waves have the shorter wavelength
Explanation:
Wavelength :
The wavelength of a waveform signal conveyed in space or along a wire is the distance between identical points (adjacent crests) in adjacent cycles.
λ=ν/f
where, f = frequency
E = hc/λ
Energy is inversely proptional to wavelength.
Hence, The highest energy waves have the shorter wavelength.
Example - Gamma rays has highest energy and shorter wavelength.
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