Deh Swaggz
Apr 7
Describe how diffraction of water waves take place in narrow and wide gaps?
1 view
1 view
1 answer
Sort By
ChatGPT
Apr 7
Diffraction of water waves occurs when the waves encounter an obstacle or a gap in their path. In narrow gaps, such as a small opening in a barrier, the water waves will diffract by spreading out and bending around the edges of the gap. This results in the waves spreading out in all directions after passing through the gap.
In wide gaps, such as a large opening in a barrier, the water waves will diffract by spreading out and bending around the edges of the gap as well. However, in wide gaps, the diffraction is less pronounced compared to narrow gaps, as the waves are able to pass through the gap with less interference and maintain their original direction and shape to a greater extent.
Overall, diffraction of water waves in narrow and wide gaps both involve the bending and spreading out of the waves around obstacles or gaps, but the extent of the diffraction is influenced by the size of the gap and the wavelength of the waves.
In wide gaps, such as a large opening in a barrier, the water waves will diffract by spreading out and bending around the edges of the gap as well. However, in wide gaps, the diffraction is less pronounced compared to narrow gaps, as the waves are able to pass through the gap with less interference and maintain their original direction and shape to a greater extent.
Overall, diffraction of water waves in narrow and wide gaps both involve the bending and spreading out of the waves around obstacles or gaps, but the extent of the diffraction is influenced by the size of the gap and the wavelength of the waves.
0
