They vibrate ever so slightly.
Once a compound reaches Absolute Zero: 0 K, strange things start to happen. -At the molecular level, they vibrate within a very small radii, fixed in a crystalline structure, and with an extremely high frequency, they just can move very far. -if an electric current passes through a thin metal wire, such as on a microchip, the phenomenon known as electromigration occurs, and some atoms of the metal are actually physically pushed by the electrons opposite to the flow of current.
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No molecules of solids DO NOT move from place to place because in a solid, the molecules of that solid are so tightly packed together, that they can only vibrate in one place.
Yes, but they are vibrating in place, unlike liquids and gasses where they are free to move around.
Yes. They are able to flow.
There are a few reasons why sound gets quieter through solids than through air. Sound has a harder time moving through molecules that are so close.
if we talk about the relative movement of molecules in solids the movement of molecules is slower than liquids and gases because in solids molecules are bound together with relatively stronger forces
Sound waves travel fastest through solids as the molecules are tightly paced in solids. While in LIQUIDS and GASES molecules are far apart and there is a lesser chance of molecules striking one another.
because molecules of solids are closer than the molecules of liquids or gases and hence compressions and rarefactions of sound waves are transferred more quickly in solids.
In solids, heat is the energy of vibrating molecules or atoms; the higher the temperature, the greater the vibration. And when molecules or atoms vibrate more, there will be more space between them.
solids molecules are closely compacted and liquids molecules are spread apart. Both solids and liquids molecules are always moving.
Diffusing molecules never stop moving. In fact, no particle (atom, molecule) ever stops moving. All particles are in constant random motion, but in solids they just vibrate.
Gases are compressible because their molecules bounce off of each other instead of sticking together. The molecules of solids and liquids stick together instead of moving freely.
The relationship between kinetic energy of molecules and their physical state is simple. The higher the kinetic energy the faster the molecules move. The fastest moving molecules are gaseous and the slowest moving molecules are solids.
How close together the molecules (particles) are in a substance/material. Solids are closely packed, liquids are loosely packed, and gas are very loose, freely moving molecules.
Gases are compressible because their molecules bounce off of each other instead of sticking together. The molecules of solids and liquids stick together instead of moving freely.
That's because the molecules or atoms move faster, and in general have more energy.That's because the molecules or atoms move faster, and in general have more energy.That's because the molecules or atoms move faster, and in general have more energy.That's because the molecules or atoms move faster, and in general have more energy.
the molecules are moving around faster and are more spread out, therefore leaving room to dissolve more solutes. Cold water molecules are moving slow and are close together.
The difference is that gases are just like air, a lot of free room, therefore the molecules move around, water/liquid is a little more condensed so molecules move less than gases, but more than solids, solids are completely compact so molecules have very little movement, but are always moving, the only thing that can make them stop moving is if the temperature reached ABSOLUTE ZERO
Like normal molecules only far apart and moving around really fast. They have less interaction with other molecules and liquids or solids do, because they are further apart.
Solids can be made up of atoms, molecules, or ions.
There are a few reasons why sound gets quieter through solids than through air. Sound has a harder time moving through molecules that are so close.