It cools.
Nothing much. Compression heats it up, expansion cools it down. Unless the machine that does the compressing and expanding add something, it'll stay exactly the same.
Its texture.
Extrusive igneous rock is formed from the crystallization of minerals as the lava cools.
bigger
It cools.
The explanation of Thermal Expansion.
Heats with compression, cools with expansion.
the Mercury in a thermometer expands when heated and contracts when the temperature cools down.
by the metallic coeffeictent of expansion of mercury. When mercury gets warmer it "spreads out" (expands) when it cools it "shrinks".
Copper shrinks when it cool because of Thermal Expansion. Sources: It was a question in my science book, and I got the question right. P.S. Would you like to know what Thermal Expansion is?
It is the evaporation of water from the leaves and stems of the plant. It cools the plant and allows the diffusion of Co2 from the air for photosynthesis.
Nothing much. Compression heats it up, expansion cools it down. Unless the machine that does the compressing and expanding add something, it'll stay exactly the same.
Because when lava cools out it will turn into rock and some roks have small animal fossils in them too.
When the bimetallic strip cools down, the metals in the strip contract at different rates due to their varying coefficients of thermal expansion. This differential contraction causes the strip to bend, with the side of the metal with higher expansion coefficient (usually the inner layer) being on the inside of the curve.
An "expansion joint" is a joint left in between sections of the same material, like concrete or steel, that allows movement as the material heats up or cools down. Without it, concrete, for example, can expand and crack in hot temperature.
An expansion chamber is screwed into the location typically occupied by the regulator, and are most commonly used for co2. They are less effective than regulators, as they only allow the co2 to expand instead of actively regulating the pressure.