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What processes do particles of matter absorb energy freezing and boili condensation and melting melting and vaporization or sublimation?
Wiki User
∙ 13y ago
Particles absorb energy when boiling (vapourising), melting and subliming.
Particles release energy when freezing and condensing.
Wiki User
∙ 13y ago
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What are the processes in changing one phase to another phase of matter?
Changes in state are called phase transitions. Each of the phase transitions has a technical name and many have common names. The change from solid to liquid is fusion (or melting). The change from liquid to solid is solidification (or freezing). The change from liquid to gas is vaporization (or boiling). The change from gas to liquid is condensation. The change from solid to gas is sublimation.
What two processes cause an ocean to become a cloud?
Evaporation and condensation.
Which processes remove water vapor from the air?
Condensation and Precipitation.
What three processes occurs to form clouds?
The three processes that form clouds are evaporation, condensation, and precipitation.
What the process in the water cycle?
The processes involved in water cycle are: Evaporation, Condensation, Precipitation and Collection. These are the important processes that are involved.
What are two processes involved in distillation?
boiling (vaporization) and condensation
What is the processes of vaporization and condensation?
Condensation is when a gas turns to a liquid. Vaporization is when a liquid turns to a gas(boiling and evaporation) Evaporation is with the sun where Boiling is with a flame or fire. Hope it helps! ^~^
How is heat of vaporization related to heat of condensation?
They are the same energy but relate to the processes in different directions. Condensation= gas-->liquid. Vaporization=liquid-->gas. One energy should be the negative of the other.
Which pair shows processes that are the reverse of one another?
condensation,vaporization
Which processes do particles of matter absorb energy?
condensation and melting
During which processes do particles of matter absorb energy?
condensation and melting
Which process do particles of matter release energy?
There are two main processes where particles of matter release energy. These two processes are known as freezing and condensation.
Six processes that cause matter to change state?
From gas to liquid is called condensation. Liquid to solid is freezing or solidification. Solid to gas is sublimation. Gas to solid is deposition. Solid to liquid is melting. Liquid to gas is vaporization.
What do particles in the water move?
The processes involved are evaporation, condensation and precipitation.These are performed in movement of water.
What are the processes in changing one phase to another phase of matter?
Changes in state are called phase transitions. Each of the phase transitions has a technical name and many have common names. The change from solid to liquid is fusion (or melting). The change from liquid to solid is solidification (or freezing). The change from liquid to gas is vaporization (or boiling). The change from gas to liquid is condensation. The change from solid to gas is sublimation.
What processes change water to vapor in air and back to iquid water?
condensationThis term is not only used for water, but for any gas that changes state into liquid.We often use the term in everyday speech as well as in technical contexts. For example, people talk about "condensation" on windows. This is atmospheric water vapor that has condensed on cool glass, becoming liquid.
How are the processes of condensation and vaporization related?
Evaporation and CondensationEvaporation and condensation are the same process going in different directions: evaporation is the process of a liquid turning into a gas, and condensation is the process of a gas turning into a liquid. The term evaporation refers to the process when it is unforced: evaporation occurs well below the boiling point, as can be seen in daily life. These processes are studied as a part of the larger field of thermodynamics. Each substance will have its own energies of condensation and evaporation, due to the size and bond structure of the molecules.
