The answer depends on the wavelengths as well as the amplitudes.
No, that would be destructive interference. One crest + one trough = nothing, a flat line.
The result is destructive interference. The resultant displacement of the waves would be zero, but only for the moment of interference. Once the interference is past, the waves continue normally.
During constructive interference, the amplitude of a wave increases. This occurs when two waves of the same frequency and similar amplitudes align their peaks and troughs. As a result, their amplitudes add up, resulting in a higher overall amplitude.
That would be the wavelength, it can also be measured from trough to trough.
It is very interesting phenomenon in nature. Actually when two waves traverse in the same medium each wave would go as if the other were absent. This is very very important concept. This means that there is no chance for any wave to push the other wave as they come across. Have you heard about the scattering of wave due to another wave? No it is not possible. But the disturbance produced by one wave at one location could be altered by the disturbance produced by another at the same location. This effect is termed as interference. If both meeting waves have crest or trough at the same time then both get added and so it is termed as CONSTRUCTIVE interference. But if both meet in such a way that crest and trough meet, then DESTRUCTIVE interference is produced. If the amplitude of the two waves are the same, then the resultant amplitude due to destructive interference will be ZERO. Hence total destruction!
No, that would be destructive interference. One crest + one trough = nothing, a flat line.
Interference. This can result in either constructive interference, resulting in increased amplitude, or destructive interference, whereby there would a reduced amplitude.
Interference. This can result in either constructive interference, resulting in increased amplitude, or destructive interference, whereby there would a reduced amplitude.
The result is destructive interference. The resultant displacement of the waves would be zero, but only for the moment of interference. Once the interference is past, the waves continue normally.
Waves from two sources travel in a medium. At some points when they interfere simultaneously crest and trough of the two waves would meet. So the displacement at that point would be reduced. Hence it is termed as Destructive Interference. If, otherwise, both crests or toughs of the two waves interfere then displacement at those points would be added and hence it becomes maximum. This is termed as Constructive Interference
Waves from two sources travel in a medium. At some points when they interfere simultaneously crest and trough of the two waves would meet. So the displacement at that point would be reduced. Hence it is termed as Destructive Interference. If, otherwise, both crests or toughs of the two waves interfere then displacement at those points would be added and hence it becomes maximum. This is termed as Constructive Interference
During constructive interference, the amplitude of a wave increases. This occurs when two waves of the same frequency and similar amplitudes align their peaks and troughs. As a result, their amplitudes add up, resulting in a higher overall amplitude.
crest
I feel the right one for you would be two men holding each other while they both are defecating on your face. O'Doyle rules sucker!
That would be the wavelength, it can also be measured from trough to trough.
It is very interesting phenomenon in nature. Actually when two waves traverse in the same medium each wave would go as if the other were absent. This is very very important concept. This means that there is no chance for any wave to push the other wave as they come across. Have you heard about the scattering of wave due to another wave? No it is not possible. But the disturbance produced by one wave at one location could be altered by the disturbance produced by another at the same location. This effect is termed as interference. If both meeting waves have crest or trough at the same time then both get added and so it is termed as CONSTRUCTIVE interference. But if both meet in such a way that crest and trough meet, then DESTRUCTIVE interference is produced. If the amplitude of the two waves are the same, then the resultant amplitude due to destructive interference will be ZERO. Hence total destruction!
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