It is mainly due to the different wavelength of colours. The refractive index of the material changes according to the change in wavelength. So the deviations will be different for different colours. Hence dispersion.
Waves that spread out are called diverging waves. This occurs when the wave energy travels in multiple directions away from the source, causing the waves to disperse and move further apart as they propagate through a medium.
No, sound waves produced by sonar are designed to travel through water, not air. Sonar waves are specifically tuned to travel efficiently in water due to its density and properties. In air, the waves would not travel effectively and would disperse quickly.
As depth increases, water waves typically decrease in height and increase in wavelength. This is because deeper water allows the wave energy to disperse more, resulting in longer wavelengths and lower wave heights. Ultimately, the waves become flatter and less prominent as depth increases.
In a vacuum, heat disperses through radiation, where it is transferred in the form of electromagnetic waves. Since there are no particles for conduction or convection in a vacuum, radiation is the primary method of heat transfer.
Waves are the carriers of both sound energy and seismic energy. In the case of sound energy, it is carried through compressional waves in the air or other mediums. For seismic energy, it is transmitted through elastic waves in the Earth's crust. In both cases, the energy is transferred through the vibration of particles.
Waves and currents help dispersion.
Waves that spread out are called diverging waves. This occurs when the wave energy travels in multiple directions away from the source, causing the waves to disperse and move further apart as they propagate through a medium.
No, sound waves produced by sonar are designed to travel through water, not air. Sonar waves are specifically tuned to travel efficiently in water due to its density and properties. In air, the waves would not travel effectively and would disperse quickly.
Visible light waves can be separated into different wavelengths of colored light. This can be achieved using a prism, diffraction grating, or other optical devices that disperse light based on its wavelength, resulting in the familiar rainbow spectrum.
It disperse by animals
As depth increases, water waves typically decrease in height and increase in wavelength. This is because deeper water allows the wave energy to disperse more, resulting in longer wavelengths and lower wave heights. Ultimately, the waves become flatter and less prominent as depth increases.
When you scream into a pillow, the sound waves produced by your voice are absorbed by the pillow's material, which dampens their intensity. The soft fibers and structure of the pillow disperse and trap the sound waves, reducing their reflection and transmission. As a result, the sound is muffled, and less sound energy escapes into the surrounding environment, making it quieter.
disperse ( that doesn't answer the question u know)
they didn't disperse yet!
It disperse by splitting then wind
Disperse is a verb.
In a vacuum, heat disperses through radiation, where it is transferred in the form of electromagnetic waves. Since there are no particles for conduction or convection in a vacuum, radiation is the primary method of heat transfer.