Chemically any difference exist.
The chemical structure of water remain unchanged.
The chemical nature of water remain unchanged.
The chemical formula of water molecule (H2O) remain unchanged.
The evaporation of a liquid in a closed container is much more difficult than in an opened container. The liquid evaporating is trapped inside of a closed container and allowed to freely move into the atmosphere in an open container.
The particles (molecules) are identical, but the ones that escaped have greater kinetic energy than the ones left behind have.
The energy of the particles differ because in solids the particles vibrate in a fixed position and remain close.Giving a solid definite shape and volume.While the particles of liquid are moving faster,letting them have enough energy to slide past one and another.This allows liquid to take a shape of it's container. The particles of a gas move so quickly that they have enough energy to move freely away from other particles.These particles take up as much space as possible and spread out to fit any container.
Larger particles in muddy water settle to the bottom of a container due to gravity, which exerts a stronger force on heavier particles compared to smaller ones. As these larger particles collide with each other and the water molecules, they lose momentum and are unable to remain suspended in the liquid. Over time, this process leads to sedimentation, where the larger particles accumulate at the container's bottom while smaller particles may remain suspended longer.
you put the salt water in some sort of cantainer and then wait for the water to evaporate, and the salt will remain in the bottom of the container.
it depends which of the 8 seasons it is The lemonade cant evaporate but the water will and the sugarparticles will remain in the bottom The lemonade cant evaporate but the water will and the sugarparticles will remain in the bottom
Salt can evaporate from a solution or body of water when the water evaporates, leaving the salt behind. This process occurs when the water molecules escape into the air as vapor, while the salt particles remain in the solution or water body.
Particles need energy to evaporate because evaporation involves overcoming intermolecular forces that hold them together in a liquid state. When a particle gains enough kinetic energy—often from thermal energy—it can break free from these forces and transition into the gaseous phase. This energy allows the particles to escape from the liquid surface, leading to evaporation. Essentially, without sufficient energy, particles remain bound in the liquid.
No, salt remain as a residue.