Sound waves exhibit more diffraction than lig | vedclass

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(A) Diffraction is the bending of waves around the corners of an obstacle or through an aperture. The condition for significant diffraction is that th

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The wavelength of sound waves is greater than that of light waves.

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(A) Diffraction is the bending of waves around the corners of an obstacle or through an aperture. The condition for significant diffraction is that the size of the obstacle or aperture $(a)$ must be comparable to the wavelength $(\lambda)$ of the wave, i.e., $a \approx \lambda$ or $\frac{a}{\lambda} \approx 1$.Since the wavelength of sound waves $(\lambda_s)$ is much larger than the wavelength of light waves $(\lambda_l)$, sound waves can easily diffract around common obstacles (like doors or walls) whose dimensions are in the range of meters.Conversely, light waves have very small wavelengths (in the range of $10^{-7} \, m$), so they only show noticeable diffraction when passing through extremely small apertures or around very fine edges.

Sound waves exhibit more diffraction than light waves because:

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