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.
A water droplet in a cloud becomes rain when its diameter increases to around 50 times its original size. This process is known as coalescence, where smaller droplets merge together to form larger droplets, eventually becoming heavy enough to fall as rain.
Yes snow is just small particles of ice to put it simply. If you shredded and grinded ice until it the pieces were the size of snowflakes, you'd get something like snow
When an air mass reaches 100 percent humidity, the air is holding the maximum amount of water vapor it can at that temperature. This can lead to condensation, dew, fog, or clouds forming, as the air reaches its saturation point. Further increases in humidity past 100 percent can result in precipitation.
Mineral water is a solution because it consists of dissolved mineral salts and gases in water, where the solute particles are molecular size and spread evenly throughout the solvent.
In descending order of size: ice-sheet / -cap, glacier, iceberg, ice-floe, icicle, hailstone, snow-flake, frost crystal... water!
When a solid is heated by the sun, it may expand due to increased kinetic energy within its molecules, causing it to potentially change shape or size. The solid may also change its physical state and transition into a liquid or even a gas if the temperature reaches its melting or boiling point. Additionally, heating can alter the color or texture of the solid as its chemical composition may be affected by the heat.
By lowering the temperature it becomes more of a solid. Not really -- it's the minute bubbles of air entrapped in it that makes it stiffen and behave like a solid. In that way, it's like any other foam; although the buble size may vary greatly.
it becomes three times larger
The confidence interval becomes smaller.
it expands
It surely enlarges in size and becomes squishy,
It becomes smaller; eventually becoming infinitesimally tiny.
When evaporation occurs, the water molecules in the puddle transform into water vapor and rise into the air, causing the puddle to gradually decrease in size until it eventually dries up completely.
Dry ice decreases in size, because it is sublimating. This means it is turning from a solid in to a gas. Where as regular ice melts in to a puddle of liquid water, dry ice evaporates in to CO2 gas.
increase in size until it bursts
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)
A solid