What term describes the distance between two successive crests in a transverse wave?

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Multiple Choice

What term describes the distance between two successive crests in a transverse wave?

Explanation:
The distance between two successive crests is the wavelength. In a transverse wave, the crests are the peaks that repeat along the direction the wave travels, so the length of one complete cycle—from one crest to the next crest—defines the wavelength. It’s measured in meters and relates to the wave’s speed and frequency with the equation v = fλ. The other terms describe different ideas: a crest is a peak, a trough is a valley, and frequency is how many cycles pass a point each second.

The distance between two successive crests is the wavelength. In a transverse wave, the crests are the peaks that repeat along the direction the wave travels, so the length of one complete cycle—from one crest to the next crest—defines the wavelength. It’s measured in meters and relates to the wave’s speed and frequency with the equation v = fλ. The other terms describe different ideas: a crest is a peak, a trough is a valley, and frequency is how many cycles pass a point each second.

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