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What has little free space between particles?
A solid has little free space between particles.
How do you know that particles in a gas have more energy than particles of same substance as a liquid or a solid?
We know that for any given substance, and at a given pressure, the gas phase exists at a higher temperature than the liquid phase, which exists at a higher temperature than the solid phase. And temperature measures heat energy per molecule or atom, hence, gas particles have more energy than particles of the same substance in their liquid or solid phase.
Can particles have reactions in a solid?
Yes, particles in a solid can have reactions, such as chemical reactions or phase changes. These reactions typically involve interactions between atoms or molecules within the solid structure.
Are solid particles rigid and fixed?
Solid particles are typically rigid and have fixed positions relative to one another. This is due to the strong forces of attraction between the particles that hold them in place and give solids their defined shape. However, some solid particles, such as those in crystals, may exhibit slight movement or vibration.
How does the particles in solid states move around?
In a solid state, particles vibrate in fixed positions about their equilibrium points. They do not move around freely like in liquids or gases due to strong intermolecular forces holding them in place. The particles can only oscillate or jiggle in a limited range around their fixed positions.
The strongest attraction between particles exists in which of these states of matter?
This is a solid.
For most substances the distance between particles is smallest when the substance?
For most substances, the distance between particles is smallest when the substance is in its solid state. In a solid, particles are densely packed and held closely together by strong intermolecular forces, resulting in a smaller distance between particles compared to liquids or gases where particles are more spaced out.
Describes distances between particles in a solid?
In a solid, particles are closely packed together, with a fixed distance between them. This distance is very small, allowing particles to vibrate around their fixed positions. The distance between particles in a solid is typically on the order of a few angstroms or nanometers.
What has little free space between particles?
A solid has little free space between particles.
What are the three things that occur when particles of a solid are heated until it melts?
The bonds between solid particles are weakened.
Are there strong forces of attractions between particles in a solid?
There are strong forces of attraction between particles in a solid.
What attractions do the solid particles have between each other?
evidence that particles have spaces between each other
What is the strength of attraction between particles in a solid?
In a solid, the strength of attraction between particles is strong compared to liquids and gases. This is because the particles are closely packed and have limited freedom to move, resulting in firm bonding forces between them.
Liquid held between particles of a solid?
Gas? (:
How do you know that particles in a gas have more energy than particles of same substance as a liquid or a solid?
We know that for any given substance, and at a given pressure, the gas phase exists at a higher temperature than the liquid phase, which exists at a higher temperature than the solid phase. And temperature measures heat energy per molecule or atom, hence, gas particles have more energy than particles of the same substance in their liquid or solid phase.
What takes up space between mater and solid?
The space between particles in a solid is occupied by the atoms and molecules that make up the material. These particles are closely packed together but still have some space between them. The space between particles in a solid is very small compared to the overall volume of the solid material.
Which state of matter are the bonds between particles greatest?
The bonds between particles are strongest in the solid state of matter. In solids, particles are tightly packed together, leading to strong forces of attraction between them which hold the structure in place.
