Solid fuel rocket boosters, as used in the first stage when launching the space shuttles, are very powerful but cannot be easily controlled. Once they have ignited, they wont stop until the fuel has burned up. They generally give more power than liquid fuel rockets though.
Liquid rocket engines would act much like a car engine. More fuel, more thrust. Solid rocket engines are either on or off. No throttle control.
If you have a solid precipitate /liquid mixture filtration is the better method of recovering the solid as any contaminant in the liquid can potentially be washed out. Evaporating the liquid to remove it would just deposit whatever residues there were onto the precipitate.
air is neither liquid or solid, it is a gas
Ice is a solid and water is a liquid, so an ice cube floating in a glass of water would be a solid in a liquid solution. Lava is molten rock, which would also be a solid in liquid solution.
Ice is a solid and water is a liquid, so an ice cube floating in a glass of water would be a solid in a liquid solution. Lava is molten rock, which would also be a solid in liquid solution.
its a liquid because if it were solid it would not come out the bottle
In the case of water (liquid) you would freeze it into ice (solid).
Modern model rocket fuel is a solid fuel.
When a solid changes to a liquid the process is called melting.
The change in state would be known as melting. Just for your information: Solid to Liquid = Melting Liquid to Gaseous = Boiling Solid to Gaseous = Sublimation Gaseous to Liquid = Condensation Liquid to Solid = Freezing Gaseous to Solid = Deposition
a liquid then if cooled further it would turn into a solid a liquid then if cooled further it would turn into a solid
it would be liquid snake