The liquid's molecules become increasingly excited as more heat (energy) is applied. This weakens bonds between the molecules and they become more gas-like. Eventually the boiling point is reached and the liquid evaporates.
However some molecules evaporate before the boiling point is reached. This is because molecules around the edges of the body of liquid are not bound to the rest of the liquid on all sides. This means that less energy is required for them to become gas.
Somehow (not exactly sure), the molecules slow down causing it to become a solid. When something is warmer the molecules are moving faster.
They turn cool and if cold temperature is increased they turn to ice (solid)
In order for a given liquid or solid to evaporate, a sufficient 'energy barrier' has to be overcome. As this barrier is different for almost all materials, the rate at which the liquid becomes a gas is most certainly different.
influenza
A nucleus which on absorbing a neutron becomes unstable and consequently splits. This happens with U-235 and Pu-239, which are the most common examples.
None are more metallic. Metallic is a way of describing a metal in general.
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the colder most liquids get, the more viscous they get.
they contract
Most liquids get denser as they get colder.
Frozen water expands, while other frozen liquids contract.
The water which was originally in a liquid stage, turns into a solid when it freezes. The particles in the water come closer together, therefore, the water contracts. This is not true. Most liquids do this when they freeze but water expaneds.
becomes the nucleus pulpous
Yes! During December winters comes and weathers becomes colder and colder. Most of t animal like bear, squirrel, and maybe chipmunk would hibernate.
The liquid turns into a solid. Er, not generally. As they get hotter, most liquids tend to evaporate!
In the most serious cases, the bone itself becomes infected.
When liquids are placed in the freezer, most of them freeze over and become solids. There are exceptions to this like alcohol.
The concentration of water vapor in the atmosphere decreases as altitude increases. Most planes fly near the tropopause since there's less water vapor and, therefore, weather there.
it becomes a positive ion