Scatter and diffusion are both processes that involve the movement of particles. However, they differ in how they disperse particles. Scatter involves particles being redirected in various directions, while diffusion involves particles spreading out evenly.
Scatter is typically caused by external forces, such as collisions with other particles or changes in direction due to obstacles. Diffusion, on the other hand, is caused by the random movement of particles due to thermal energy.
Scatter is typically measured by the degree of redirection or deviation from the original path, while diffusion is measured by the rate of particle spread or the distance traveled by particles.
Scatter can be seen in phenomena such as light scattering in the atmosphere, which causes the sky to appear blue. Diffusion is commonly observed in processes such as the mixing of two liquids or the diffusion of gases in a closed container.
Yes, it is possible for scatter and diffusion to occur at the same time. In fact, scatter can contribute to the overall diffusion process by redirecting particles in different directions, leading to a more even spread.