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wavelength.
That is incorrect.The distance of one complete wave cycle (for example, from one wave crest to the next) is called the wave's wavelength.The number of cycles per second is called the frequency.
The wavelength of a wave refers to the distance between two crests or the distance between two troughs. The length of one complete wave cycle is called a wavelength.
1 wavelength in a transverse wave is equal too the distance between crest and crest or trough and trough
The distance from one wave to the next wave is called the wavelength.
wavelength.
That is incorrect.The distance of one complete wave cycle (for example, from one wave crest to the next) is called the wave's wavelength.The number of cycles per second is called the frequency.
The wavelength of a wave refers to the distance between two crests or the distance between two troughs. The length of one complete wave cycle is called a wavelength.
1 wavelength in a transverse wave is equal too the distance between crest and crest or trough and trough
The distance from one wave to the next wave is called the wavelength.
The wave's wavelength is the name is the distance between wave crest.
wave lengthwave lengthWAVE LEnGtH
When you have the complete compression and rarefaction of a longitudinal wave, that is one complete wave.
The distance from one peak to the next peak
In a wave, it is called the wave length.
That distance is called the wavelength.
Wavelength - the distance from one wave crest or trough to another wave crest or trough.Amplitude - the distance from the median point or "middle" of the wave straight up to a crest (a maximum) or straight down to a trough (or minimum), which is the peak amplitude; or the distance from a trough straight up to a crest, or a crest straight down to a trough, called peak-to-peak amplitude. A more general definition for amplitude might be the "height" of the wave. Note that wavelength is a function of the frequency of a given wave or "signal" and the speed at which that wave travels. One way to look at things is to throw a rock into a pond and create a wave. The wave would travel outward from the point where the rock struck the water, as you may have guessed. Picture the wave forming in slow motion. As the wave was going through its complete cycle, the wave would be moving away from the point of origin. As the wave goes through one complete cycle, the wave is still moving away. And by the time one complete cycle has occurred, we have only to measure the distance that, say, a crest traveled back to the next crest to determine the wavelength. Think it through and it will lock in.