"Wavelength and space between objects" are components affect the amount of diffraction experienced by waves as they travel between objects.
Option: B
Explanation:
Diffraction happens in water waves, sound waves, and light waves, but the amount of diffraction is based on the size of the barrier or gap with respect to the wave's wavelength. Like all wave diffraction, the degree of diffraction depends on the sound wave's wavelength and the size of the distance that the wave passes across. Sound waves are diffracted, for instance by a loud speaker, when they exit their origin. How much diffraction happens can depend on the size of the source.
Answer:
wavelength and space between objects.
Explanation:
The bending of waves around an obstacle or a slit is called diffraction. The amount of diffraction depends on the wavelength and the opening of the slit. The amount of diffraction increases with increasing wavelength. For example, you can hear someone talking even if you are standing around the corner from that person because the sound waves will diffract.
