They rapidly vibrate. Yes, they do, but how rapidly depends on the amount of heat (kinetic energy) added to the molecules. If solid, they will eventually melt depending on which solid and what its melting point is. If liquid, they will eventually become a gas or vapor, and a gas will expand indefinitely into the atmosphere if not contained within something. Think of water: ice heats to liquid water which in turn becomes steam (vapor) which goes out into the atmosphere unless it is contained. If the container cannot expand and the water vapor (or any other gas) continues to be heated, eventually the gas will cause the container to explode because the internal pressure will exceed the ability of the container to hold it.
Particles move most rapidly in stream rather than in boiling water.This is because the molecules of gases are loosely arranged than the molecules of liquids.So there will be more free space for the molecules to move in gases than in liquids.
gas particles move fastly spread apart
No,boiling water does not have oxygen . Cold water molecules move slowly meaning there is space between the molecules for more oxygen to dissolve. Hot water molecules move rapidly meaning the space between the water molecules is less avalible for the oxygen molecues to dissolve into.
GAS in air and other gases, atoms or molecules have sufficient energy to separate from each other. The more energy that matter contains, the more freely its atoms or molecules move, because they are able to overcome the attractive forces that tend to hold them together.
Yes, molecules move more rapidly and with greater energy as temperature increases. This increased kinetic energy causes molecules to move apart, leading to expansion of the substance.
The molecules in side move or spread apart
When a liquid or gas is heated, the molecules move faster, bump into each other, and spread apart. Because the molecules are spread apart, they take up more space. They are less dense. The opposite occurs when a liquid or gas is cooled.
In the solid state, water molecules are tightly packed together and vibrate in fixed positions. In the liquid state, water molecules are more spread out and able to move past each other, resulting in faster movement. In the gas state, water molecules move rapidly and are far apart, colliding with each other and the walls of the container.
they spread apart and move faster when energy is added.
In a heated fluid, molecules gain kinetic energy, causing them to move faster and collide more frequently. This increased movement results in the expansion of the fluid, as the molecules move apart from each other. Additionally, the increased temperature can lead to changes in the physical state of the fluid, such as boiling or evaporation.
Gas molecules are spread apart farther than solid molecules. They also have more energy, making them move faster
Solid: molecules vibrate in place Liquid: molecules move freely but are still close together Gas: molecules spread out and move rapidly Plasma: molecules ionized and move at very high speeds
Gas molecules a spread out father than a soilid. This is beacuase gas molecules have nmore energy which makes them move much faster than the molecules in a solid.
They rapidly vibrate. Yes, they do, but how rapidly depends on the amount of heat (kinetic energy) added to the molecules. If solid, they will eventually melt depending on which solid and what its melting point is. If liquid, they will eventually become a gas or vapor, and a gas will expand indefinitely into the atmosphere if not contained within something. Think of water: ice heats to liquid water which in turn becomes steam (vapor) which goes out into the atmosphere unless it is contained. If the container cannot expand and the water vapor (or any other gas) continues to be heated, eventually the gas will cause the container to explode because the internal pressure will exceed the ability of the container to hold it.
The physical state in which matter has rapidly moving molecules is called a gas. In the gas state, the molecules move freely and quickly, resulting in a high degree of kinetic energy. This state is characterized by molecules that are spaced far apart from each other.
In the gaseous state, molecules bounce off one another rapidly and move freely. The particles have a lot of energy and are far apart, allowing them to move independently of each other without strong attractions holding them together.