The rate of diffusion of a gas in inversely proportional to the square root of the molar mass. A small molecule (small molar mass) will diffuse faster than a large molecule (large molar mass). Not sure what the question is asking, but this should help.
the particles in gases move very, very fast
Maybe its the slowest in solids because the particles on it is compressed or tightly squeezed.While in gas, they are the fastest because the particles moves freely because gas is the most spacious matter of the 4.
The diffusion of gases is inversely proportional to their particle size. Smaller gas particles diffuse more rapidly compared to larger gas particles. This is because smaller particles can move more easily through empty spaces between other particles, allowing them to spread out faster.
depends on on the form if its a solid it moves really slow and if its a liquid its faster but still slow and moves the fastest as a gas
diffusion
Diffusion happens fastest in a gas. Since gases have more space than liquids, molecules are free to move around without colliding into other molecules. The result is that diffusion will happen faster.
Diffusion is due to the Transitional movement of molecules or particles.
Diffusion
The process that makes gas particles evenly spread out throughout its container is known as diffusion. Diffusion occurs as gas particles randomly move and collide with each other, eventually leading to a uniform distribution of the gas within the container.
no fastest in gases
Maybe its the slowest in solids because the particles on it is compressed or tightly squeezed.While in gas, they are the fastest because the particles moves freely because gas is the most spacious matter of the 4.
What kind of diffusion? If it is diffusion of molecules then gas would be the right platform