Pretty much any small covalent molecule can exist as a solid, liquid, or gas, so there's not really much of a "why" involved. If it couldn't exist in all three phases, why NOT would be a MUCH more interesting question.
because moleculec bounce around more when it's warmer therefore they expand. and if you stretch them enough - they change from solid to water and from water to gas.
no, it can be ice and snow and it can be evaporated
a kite is a solid. by the way this answer is kind of funny considering you should know this by know. Here are some examples of solids, liquids, and gases. 1. liquid: water, 2. solid: kite, 3. gas: the air you breath.
solid it is actually a liquid and a solid. I do not know the precise name.
if rubber was a liquid it would be like water, if it was a gas it would be like steam, if it was a plasma you wouldn't be able to get anywhere near it without dieing therefore it must be a solid :-)
Well,the first thing you need to know about your question is the water. Compared to solids and liquids there are more particles in a solid than a liquid. So, if you were to put the ice cube which is a solid, into a glass of (liquid) water, then the water particles squeeze the ice cube together creating what is called a sub particle infusion.
When the solid was frozen. e.g Water + ice = water.
no, it can be ice and snow and it can be evaporated
I dont know
water is a liquid and fire is a smoke/solid water stops it i really dont know how to answer that
Mud is a solid not a liquid if you wanted to know :]
Yes, as far as we know.
As a general rule, chemical reactions can be identified by a number of signs, including precipitation (solids floating in the liquid), effervenscance (bubbling and fizzing), heat being given off or a colour change.
crystalizations
a kite is a solid. by the way this answer is kind of funny considering you should know this by know. Here are some examples of solids, liquids, and gases. 1. liquid: water, 2. solid: kite, 3. gas: the air you breath.
Not that we know of. The "air" pressure on Mars is so low that water cannot exist in the liquid state; it will be either a gas or a solid. We know that there is some water on Mars; at night, the water vapor condenses as frost onto solid surfaces, such as rocks or spacecraft.
well it depends on the temperature because as u know water is originally a liquid but when the temperature hits 32 degrees Fahrenheit or 0 degrees Celsius. And the solid becomes a liquid when its above the freezing point with is 31 degrees Fahrenheit or more above.
As far was we know the development requires water in its liquid for to be present and a source of energy to supply/drive chemical reactions. We know that deep down Europa has a liquid layer (of water) and the geysers of this water into space proves that there is energy in Europa's core.