To turn a liquid into a solid you have to freeze it. To turn a gas into a solid you must first turn it into a liquid, then freeze it.
The temperature affecting the liquid must have been below freezing for the liquid to turn into a solid.
Water - water, ice and steam/vapour
No, freezing changes a liquid to a solid. To change a solid to a liquid you need to apply heat. The change begins when the solid reaches its melting point.
A solid turns into a liquid at its melting point.
There is none. every liquid becomes a solid one way or another. its due to freezing, once any liquid is cold enough the molecules compact and make it a solid, and vis vera with a solid. gases are a complete different story but that's not what your looking for. so the answer is, there is no liquid that does not turn into a solid.
When a solid absorbs heat, it may melt and turn into a liquid. When a liquid absorbs heat, it may vaporize and turn into a gas. Conversely, when a gas releases heat, it may condense and turn into a liquid, and when a liquid releases heat, it may solidify and turn into a solid.
Water.
Air is a mixture of gases, which includes nitrogen, oxygen, and smaller amounts of other gases. It is not a solid or a liquid.
the different gases you can test for are a solid and liquid
To turn a liquid into a solid you have to freeze it. To turn a gas into a solid you must first turn it into a liquid, then freeze it.
solid, liquid then gas
Any liquid can turn into a solid at the correct temperature.
It is solid as it doesn't flow like a liquid or has vast space between its molecules like gases.
ice , wax , butter ps water (a liquid) can turn into ice(a solid)
A liquid that can turn into a solid is called a "freezing" or "solidification" process. This occurs when a liquid's temperature decreases to its freezing point, causing its particles to slow down and arrange into a more structured, solid form.
It is a process where solid directly converted in gases & gases directly converted in solid without going in liquid it is known as sublimation.