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Yes. Constructive interference happens when waves add up to a more powerful wave than either were before, destructive interference happens when waves add up to a less powerful wave than either were before.
Long waves due to lightning has lowest frequecy. Apart from light produced an electrical disturbance in the form of electromagnetic waves are also accompanied with the lightning.
The wavelength of the standing wave is 3.00 m, that is double the string length of 1.50 m.
Light waves with long wavelengths
For electromagnetic waves: thermal radiation and radio waves are pretty long. For sound waves: bass sound waves are pretty long, so is quiet. For water waves: the tides
has a long wavelength hope that helped :) :)
It is mainly evidence for constructive waves and the results of this construction are spits and bars.
Yes. Constructive interference happens when waves add up to a more powerful wave than either were before, destructive interference happens when waves add up to a less powerful wave than either were before.
Everything from long radio waves up to gamma radiation
in the form of body waves known as p (compressional waves) and s waves (shear waves). the energy of the earth quake also produces surface waves which have long amplitudes and short frequencies causing them to be extremely destructive
Long waves due to lightning has lowest frequecy. Apart from light produced an electrical disturbance in the form of electromagnetic waves are also accompanied with the lightning.
Surface waves stem from body waves(P and S waves) that reach the surface. Because of their low frequency, long duration, and large amplitude, the Surface waves can be the most destructive type of seismic wave.
The wavelength of the standing wave is 3.00 m, that is double the string length of 1.50 m.
Sound waves are mechanical energy, and mechanical energy moves through matter in areas of compression and in areas of decompression (or, perhaps, rarefaction). The areas of compression are often spoken of as crests, and troughs speak to the areas of decompression in the medium through which the sound is propagating. The trough of a sound wave is the decompressed or rarefied medium.
surface waves, raleigh waves, and long waves.
Light waves with long wavelengths
For electromagnetic waves: thermal radiation and radio waves are pretty long. For sound waves: bass sound waves are pretty long, so is quiet. For water waves: the tides