In a solid state, particles vibrate because there's not a lot of space for them to move in. A solid has a definite shape and volume. In a liquid state, particles flow past one another because there is no definite shape but there's a definite volume. In a gas state, particles move really fast because there's no definite shape or volume.
There is no chemical difference, the only difference is the speed in which the molecules of the substances move. Slower molecules can be solid or liquid and very high speed molecules can be gas.
From solid to liquid, from liquid to gaseous, from gaseous to liquid, from liquid to solid, and in sublimation from solid to gaseous or the reverse, chemical properties do not change.
The differences are in a solid the particles of itusually lines up in an organized pattern. The particles of a liquid move more than they do in the solid state .And in the gas diagram, the particles move around more freely so their volume and shape fit the shape and volume of the container.
Salt is a solid at room temperature. It typically exists in crystalline form as a solid due to the arrangement of its molecules.
Water molecules in the solid phase are tightly packed together in a fixed arrangement, with a definite shape and volume. In contrast, water molecules in the gaseous phase are far apart, moving freely and quickly, taking the shape and volume of their container.
The change in state would be known as freezing. Just for your information: Solid to Liquid = Melting Liquid to Gaseous = Boiling Solid to Gaseous = Sublimation Gaseous to Liquid = Condensation Liquid to Solid = Freezing Gaseous to Solid = Deposition
There is no chemical difference, the only difference is the speed in which the molecules of the substances move. Slower molecules can be solid or liquid and very high speed molecules can be gas.
The change in state would be known as melting. Just for your information: Solid to Liquid = Melting Liquid to Gaseous = Boiling Solid to Gaseous = Sublimation Gaseous to Liquid = Condensation Liquid to Solid = Freezing Gaseous to Solid = Deposition
The three states of water are solid (ice), liquid (water), and gas (water vapor). In the solid state, water molecules are closely packed together in a specific arrangement, forming a crystal lattice structure. In the liquid state, water molecules are more loosely arranged and able to move past each other. In the gas state, water molecules are far apart and move freely.
Their form remains the same - water is water. However, the molecules are in a gaseous state/phase (rather than liquid or solid state/phase).
From solid to liquid, from liquid to gaseous, from gaseous to liquid, from liquid to solid, and in sublimation from solid to gaseous or the reverse, chemical properties do not change.
solid = ice liquid = water gaseous = water vapour
The arrangement of atoms in solids are different from those in liquids in that they are unable to move from their location in the solid, where they can move in the liquid. A solid's atoms are vibrating very rapidly, but the molecules are all locked into place, whereas in a liquid the molecules are free to move around. Also in general the atoms of a solid are closer together than those of a liquid with the exception of water, whose solid form is less dense.
The change in state would be known as melting. Just for your information: Solid to Liquid = Melting Liquid to Gaseous = Boiling Solid to Gaseous = Sublimation Gaseous to Liquid = Condensation Liquid to Solid = Freezing Gaseous to Solid = Deposition
At the molecular level, the main difference between a solid and a liquid is the arrangement and movement of molecules. In a solid, molecules are tightly packed together in a fixed position, vibrating in place. In a liquid, molecules are more loosely packed and can move around each other, allowing the liquid to flow.
The differences are in a solid the particles of itusually lines up in an organized pattern. The particles of a liquid move more than they do in the solid state .And in the gas diagram, the particles move around more freely so their volume and shape fit the shape and volume of the container.
When a liquid turns into a solid, the pattern of the molecules becomes more ordered and structured. The molecules pack closely together in a fixed, repeating pattern, resulting in a rigid and stable arrangement characteristic of a solid.