During condensation, the movement of gas molecules become slower. This is because the gas molecules transfer their energy to something cooler.
In a gas, molecules are relatively far apart and have the energy to move quickly.
Extremely cold air.
The scent spreads slowly despite the fast movement of molecules because diffusion, the process responsible for scent spreading, relies on the random movement of many molecules over time. While individual molecules travel quickly, they collide with other molecules and obstacles, which slows their overall dispersion. Additionally, the concentration gradient, or difference in scent concentration, affects how quickly the scent disperses, as it takes time for molecules to move from areas of high concentration to low concentration. Thus, the combined effects of random motion and interactions lead to a gradual spread of scent.
Like all molecules, a molecule of H20 is in constant motion; 'hot' molecules move faster than 'cold' molecules. If the molecules move slowly enough the substance appears stationary to us (frozen water) and if they move quickly enough they will expand to fill their container (vapor or gas water.)
A fragrance would reach you more quickly in a hot room because molecules move faster at higher temperatures, allowing the scent to disperse more rapidly through the air.
Glaciers move slowly.
They move slowly in the day from the predators but quite quickly in the night because it will be dark.
Slowly
Glaciers move slowly.
Glaciers move slowly.
Molecules in cold substances move more slowly compared to molecules in warmer substances because lower temperatures reduce the energy of the molecules, causing them to move less and at a slower pace.
adding heat to a substance makes its molecules to move quickly
In hot areas the molecules move quickly and in cold areas the molecules move slower.
Molecules in a material move slowly through thermal energy. As temperature increases, the kinetic energy of the molecules increases, causing them to move faster.
Slowly. It has been compared to the rate at which our fingernails grow.
In a gas, molecules are relatively far apart and have the energy to move quickly.
true