The displacement-distance graph for a particle in a wave is shown below. The wavelength $(λ)$ of the wave is

$2 m$

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$3 m$

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$4 m$

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$6 m$

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Solution

The correct option is C
$4 m$

In the given displacement-distance graph, it shows the variation of displacement of a particle of the medium with distance, when a wave propagates through the medium.

Here, the amplitude(a) is $12 c m$ and its wavelength $(λ) i s 4 m$ .

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The displacement-distance graph for a particle in a wave is shown below. The wavelength(λ) of the wave is

The correct option is C 4 m In the given displacement-distance graph, it shows the variation of displacement of a particle of the medium with distance, when a wave propagates through the medium. Here, the amplitude(a) is 12 cm and its wavelength(λ) is 4 m.

The displacement-distance graph for a particle in a wave is shown below. The wavelength $(λ)$ of the wave is

The correct option is C
$4 m$

In the given displacement-distance graph, it shows the variation of displacement of a particle of the medium with distance, when a wave propagates through the medium.

Here, the amplitude(a) is $12 c m$ and its wavelength $(λ) i s 4 m$ .