Probably nothing, because if you heat up a solid normally it would melt into a smaller solid or even into a liquid. So you could infer that the opposite thing would happen if you cooled down a solid (nothing would happen)
If you cool down a solid, the solid will loose energy and contract. In other ways it will get smaller.
When a solid object moves through a fluid, it experiences resistance due to the fluid's viscosity. This resistance generates drag force, which can slow down the object's motion. The magnitude of the drag force depends on factors like the object's shape, size, and speed, as well as the properties of the fluid.
When you leave a balloon in the freezer, the air inside it will cool and contract, causing the balloon to shrink in size. This happens because the volume of gases decreases when they are cooled, causing the balloon to deflate.
It typically takes a few minutes for pewter to cool down to room temperature after it has been melted and poured into a mold. The exact cooling time can vary depending on the size and thickness of the pewter object being cooled.
When thermal energy is added to a solid, the kinetic energy of the particles in the solid increases, causing them to vibrate more rapidly. This increased vibration results in a rise in temperature, causing the solid to expand in size. If enough thermal energy is added, the solid may reach its melting point and transition into a liquid state.
If you cool down a solid, the solid will loose energy and contract. In other ways it will get smaller.
it expands
A smaller size exposes more surface area of the solid to the solvent, allowing for faster dissolution. This is because the solvent can more easily interact with and break down the solid particles when they are smaller.
Rocks are likely to cool down after exposure to high temperatures when the heat source is removed. The rate at which rocks cool down depends on factors such as the size of the rock, the type of rock, and the surrounding environment. Larger rocks will take longer to cool down than smaller rocks.
atomic number increases
They shrink in size. If you carefully control how you cool heated materials, you can make precise bends in them.
The atomic radius increase down, from helium to radon.
Down a group, the atomic size (energy level / shells) increases.
The slower the rate of cooling the larger the size of the crystals that can develop.
When a solid object moves through a fluid, it experiences resistance due to the fluid's viscosity. This resistance generates drag force, which can slow down the object's motion. The magnitude of the drag force depends on factors like the object's shape, size, and speed, as well as the properties of the fluid.
Down the group, size increases. Because number of shells increases.
A solid