Particles in the gaseous state move at a very high rate and have a large effect on each other. Particles on a liquid state move slower but still have a measurable effect on each other. Particles in a solid state move very slowly and have little effect on each other.
That would depend more on the temperature, than on the state of matter. At higher temperatures, atoms would move faster. At very high temperatures, such as in the core of the stars, the state of matter is called a "plasma".
Atoms are in the gaseous state when they fly around freely. In this state, atoms have enough energy to overcome the forces that hold them together in a solid or liquid, allowing them to move independently and rapidly throughout the space they occupy.
All atoms are in a constant state of motion due to their thermal energy, which causes them to vibrate and move. This movement is essential for various properties of matter, such as temperature, pressure, and phase changes. Atoms in a solid state may vibrate in place, while atoms in a liquid or gas state move more freely.
Gaseous state. Atoms in this state have enough thermal energy to overcome their intermolecular forces, allowing them to move freely and independently of each other.
As heat is added to a solid substance, the atoms start vibrating faster and with more energy. This increased vibration causes the atoms to move farther apart from each other, leading to thermal expansion of the substance.
In a gas state, atoms move fastest at higher temperatures due to their increased kinetic energy. In a solid or liquid state, atoms move fastest at higher temperatures as well, but their motion is more restricted by the intermolecular forces present in these states.
yes
That would depend more on the temperature, than on the state of matter. At higher temperatures, atoms would move faster. At very high temperatures, such as in the core of the stars, the state of matter is called a "plasma".
In a solid atoms do not move at all, but they can vibrate.
Atoms are in the gaseous state when they fly around freely. In this state, atoms have enough energy to overcome the forces that hold them together in a solid or liquid, allowing them to move independently and rapidly throughout the space they occupy.
Particles move fastest in the gas state because they have the most kinetic energy and are not restricted by intermolecular forces like in liquids and solids.
In a solid state atoms do not move much. They just vibrate in a fixed position. In a liquid state atoms move around frequently and do not stay in fixed positions.
When atoms gain enough energy to be able to move freely and independently, the matter has changed into the state of a gas. In the gas state, atoms are not fixed in a specific position and can move and interact with other atoms more freely compared to in solid or liquid states.
This state of matter is the liquid.
The gas state of matter typically has particles that move the fastest among the three states (solid, liquid, gas). Gas particles have higher energy levels and are further apart compared to particles in solids and liquids, allowing them to move more rapidly.
Planets move fastest which are closest to their primary, the further away they are the slower they orbit. In our solar system. Mercury being the cloest to the sun orbits it in only 88 days traveling about 47 km per second, while Neptune takes about 165 years, traveling just over 5 km per second. There are, of course, other motions to consider like the slow orbit around the galactic center or galactic cluster motions, or freak catastrophic events such as collisions or interaction with gravity from rogue objects.
well, a solid has the slowest atoms, they are placed closely together, and because of that, they cannot move much. A liquid has faster atoms, placed slightly farther apart, allowing them to move faster. So, no, liquid atoms are faster than solid atoms P.S. just so you know, the atoms of a gas move the fastest, and are placed the farthest apart of the three