Changing a gas to a solid is dependent on one crucial thing; the material in question! For example, with steel that is in a gaseous state, which requires a substantial and extreme amount of heat {around 3000 Kelvin in the most heat-tolerant ores), needs only a cooling agent to turn directly from gas to solid. This process is primarily done with liquid iron, rather than vaporeal iron, but the idea still is relevant. That process is what allows us to produce ball bearings and mold things.
There is of course the second method, which is how "liquid" propane stays a "liquid", even though it boils quite well below the freezing point of water. That method is pressurization. A very large volume of gas is placed into a reinforced container. This container squeezes that great volume into such a small area, the gas acts like a solid; clumping together, even though under normal pressure, it would be floating into neverland. This method works for organic gases and fluids; like butane lighters and propane grills, that boil below temperatures humans are comfortable in.
Deposition or desublimation - the process of changing a gas directly to a solid.
An example would be the occurance of frost on the ground. The water vapor in the air forms ice crystals on the grass & other surface in sub-freezing air without first condensing to a liquid.
In order to change a gas to a solid you need to freeze it in cold temperatures and then the particles in the gas will start to not be able move much therefore obviously you would be stupid to not know that it is a solid to stick in your vagina or through your boobs.
Changing a gas to a solid is dependent on one crucial thing; the material in question! For example, with steel that is in a gaseous state, which requires a substantial and extreme amount of heat {around 3000 Kelvin in the most heat-tolerant ores), needs only a cooling agent to turn directly from gas to solid. This process is primarily done with liquid iron, rather than vaporeal iron, but the idea still is relevant. That process is what allows us to produce ball bearings and mold things.
There is of course the second method, which is how "liquid" propane stays a "liquid", even though it boils quite well below the freezing point of water. That method is pressurization. A very large volume of gas is placed into a reinforced container. This container squeezes that great volume into such a small area, the gas acts like a solid; clumping together, even though under normal pressure, it would be floating into neverland. This method works for organic gases and fluids; like butane lighters and propane grills, that boil below temperatures humans are comfortable in.
changing from a gas to a solid is called deposition (when gas particles hit and object cold enough that the kinetic energy is transfered immediately to the colder object and the gas particles slow down to a point that they are a solid
The change from a gas directly to a solid is sublimation.
rapid heating (sublimation)
Deposition
Sublimation
A graph going down from GAS to SOLID best represents a change in phase from a gas to a solid.
The liquid to gas phase change is vaporizing; the reverse is condensing. The other phase changes are: - solid to liquid: melting - liquid to solid: freezing - solid to gas: sublimation - gas to solid: deposition
It can change from a gas to a solid to a liquid, or from a liquid to a solid to a gas. This change does not affect the composition of the matter.
Solid to Gas phase change is called Sublimation
No. the gas changes directly to a solid.
When solid is heated and melt then it will change into gas
Solid to Gas phase change is called Sublimation
The PHASE change of solid TO gas is called Sublimation.
The solid -> gas transition is called sublimation. The gas -> solid transition is called deposition.
When solid is heated and melt then it will change into gas
a phase change: solid to liquid: melting liquid to solid: freezing liquid to gas: vaporization gas to liquid: condensation solid to gas: sublimation gas to solid: deposition
evaporation is the change from a liquid to a gas
Please note that a "change of state" involves TWO states, not just one. Using just the three most common states of matter: * A solid can change to a gas * A liquid can change to a gas * A gas can change to a liquid * A gas can change to a solid * A solid can change to a liquid * A liquid can change to a solid The first four changes in the list above involve gases.
Please note that a "change of state" involves TWO states, not just one. Using just the three most common states of matter: * A solid can change to a gas * A liquid can change to a gas * A gas can change to a liquid * A gas can change to a solid * A solid can change to a liquid * A liquid can change to a solid The first four changes in the list above involve gases.
Yes, sublimation is a change from solid to gas.
A phase change directly from a gas to a solid is called deposition.
Evaporation would be the phase change from liquid to gas. The phase change from solid to gas is called sublimation. A liquid can also boil and become a gas.