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Yes, gas molecules do move freely in three directions.(Every substantial particle is to be found in "space" = "3D" = three "dimensions", but not essentially "moving free")
Equipotential lines are lines that are perpendicular to the lines representing the electric field of a particle. A particle can travel freely of equipotential lines without doing any work.
During freezing, free-moving molecules of a liquid substance align themselves into a gridwork and no longer freely move. They become essentially stationary, and the strong bonds between them are formed by the changes in temperature, and are strong in nature, preventing the movement of the molecules. As you take heat energy from the molecules, they are not able to move as much, and they form the gridwork that becomes a solid.
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The candle wax melted with the application of heat, as this happened the wax particles ceased to have restricted movement and began to move freely.
an electron.
Because the particles are further apart (look up the particle model) :)
Yes, gas molecules do move freely in three directions.(Every substantial particle is to be found in "space" = "3D" = three "dimensions", but not essentially "moving free")
This is one of the key descriptors of a solid.
Because the particles are further apart (look up the particle model) :)
Equipotential lines are lines that are perpendicular to the lines representing the electric field of a particle. A particle can travel freely of equipotential lines without doing any work.
the particle arrangements of a liquid is that the particles and atoms are a bit separated from each other. In a solid, they are closely packed together. In a gas they have no particular particle arrangement and are very far apart.
on some farsm in the south some lived freely and in the north there was not slavery
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During freezing, free-moving molecules of a liquid substance align themselves into a gridwork and no longer freely move. They become essentially stationary, and the strong bonds between them are formed by the changes in temperature, and are strong in nature, preventing the movement of the molecules. As you take heat energy from the molecules, they are not able to move as much, and they form the gridwork that becomes a solid.
Unlike a solid, a liquid has no defined shape. It is able to take the shape of a container and flow freely. It maintains a fairly constant density. Its density is higher than a gas, but less than a solid. The particles have only temporary bindings, allowing them to travel freely.
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