Yes They Do...In A Solid Molecules Have No Energy And Are Blocked Together...In A Liquid They Have Some Energy So They Move Abit Free-er And In A Gas They Have Loads Of Energy So They Fly About Really Free. yes. molecules can move in any substance, solid, liquid, or gas.
When you heat gases, they expand and their molecules move faster, resulting in increased pressure within the container. When you heat liquids, they will evaporate and turn into gas, as the molecules gain enough energy to overcome the intermolecular forces holding them together.
Diffusion appears in liquids and gases because the molecules are able to move freely. Therefore, the molecules are able to move down their concentration gradient. In solids however, the molecules are packed so tightly that a negligible amount of movement occurs and inhibits diffusion.
Not necessarily. While free movement of molecules in a liquid allows for some degree of conductivity, it does not guarantee conductivity. Conduction depends on the presence of charged particles or ions that can carry electric current through the liquid. So, the ability of a liquid to conduct electricity is determined by the presence of dissolved ions or other conductive substances.
Liquids have no definite shape because their particles are free to move past one another, allowing them to conform to the shape of the container they are in. This is due to weaker intermolecular forces compared to solids that have a fixed arrangement.
because as the particles met they are wet
Liquids are bad conductors of heat because their molecules are not closely packed together like in solids, limiting the transfer of thermal energy between them. Additionally, the free movement of molecules in liquids also hinders the transfer of heat. This is why liquids take longer to heat up and cool down compared to solids.
Yes They Do...In A Solid Molecules Have No Energy And Are Blocked Together...In A Liquid They Have Some Energy So They Move Abit Free-er And In A Gas They Have Loads Of Energy So They Fly About Really Free. yes. molecules can move in any substance, solid, liquid, or gas.
When you heat gases, they expand and their molecules move faster, resulting in increased pressure within the container. When you heat liquids, they will evaporate and turn into gas, as the molecules gain enough energy to overcome the intermolecular forces holding them together.
Diffusion appears in liquids and gases because the molecules are able to move freely. Therefore, the molecules are able to move down their concentration gradient. In solids however, the molecules are packed so tightly that a negligible amount of movement occurs and inhibits diffusion.
Releasing free electrons is how dissolved particles in water affect the movement of water molecules.
Not necessarily. While free movement of molecules in a liquid allows for some degree of conductivity, it does not guarantee conductivity. Conduction depends on the presence of charged particles or ions that can carry electric current through the liquid. So, the ability of a liquid to conduct electricity is determined by the presence of dissolved ions or other conductive substances.
Liquids CAN be compressed ... but not as much as gasses, nor as easily. The reason is that there is no "free space" between the molecules of a liquid (nor of a solid), but there is between the molecules of a gas.
Yes, liquids take the shape of their container because their molecules are free to flow and move around. This allows liquids to conform to the shape of the container they are placed in.
Solids have closely-packed molecules, and very little energy Liquids have loosely-packed molecules and some energy, and gasses have very lose, free molecules, and very high energy.
Convection occurs in liquids and gases because the particles are free to move and can transfer heat energy through the bulk movement of the fluid. In solids, particles are closely packed and cannot move freely to transfer heat by convection. Heat in solids is primarily transferred through conduction, where thermal energy is passed through direct contact between particles.
All the states of matter possess two things: kinetic energy and force of attraction. This is experienced between their molecules. Liquids possess high kinetic energy which enables them to flow, while the force attraction between their molecules is weak so their molecules are free to move which enable liquids to flow. ----- Edit ----- Yes, liquids can flow because they don't have strong intermolecular bonds.