The primary motion in solids is very small amplitude vibrations of atoms around their equilibrium positions. The amplitude of the vibrations increases with increasing temperature up to the melting point of the solid, at which the solid becomes liquid and far more spatial motion is possible for the molecules.
it is called kinetic energy wait never mind
Molecular motion is less constrained in liquid than in solid and is less constrained in gas than in liquid.
No, Benzene is a flammable liquid at normal temperature and pressure. It will freeze and become a solid if the temperature falls below its melting point, which is 42 oF (5.5 oC)
Entropy
A superconductor.
Molecular motion in a gas would cease
The solid state has the least molecular motion.
Lethargic
As temperature of a solid is increased, molecular motion increases.Since, temperature of a solid is directly proportional to average vibrational kinetic energy of molecules of a solid, therefore, energy of a solid increases with an increase in temperature. So, it demonstrates that molecular motion is directly proportional to energy i.e. the higher the energy of solid, the higher is the molecular motion.
Molecular motion is less constrained in liquid than in solid and is less constrained in gas than in liquid.
In a solid at a high temperature, the molecules tend to move rapidly, and vice versa when cooled.
Solid particles vibrate while locked in place. As they receive more energy, particles speed increases. Once the particles have enough energy they break apart and slide past each other as a liquid. The particles speed continues to increase as energy is added. Finally, they gain enough energy to break free and move independently as a gas.
a molecular soild
It is a molecular solid.
Molecules are constantly in motion. Whether they are free moving, as in a gas, or are vibrating in place, as in a solid object, they still move. an object that has reached the theoretical temperature of absolute zero would have no molecular motion, but absolute zero is purely theoretical and is thereby unattainable.
To condense a subject you must reduce temperature. Reducing the temperature of a substance reduces the amount of heat that the object has, which means less thermal energy. Thermal energy is the energy of molecular motion, so when you reduce it, molecular motion slows.
The direct transfer of molecular motion through solids is called conduction
Molecular movement in a solid is very minimal. Molecular movement in liquids and gases are greater than in a solid.