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Matter transitions between solid, liquid, and gas states through processes known as phase changes, which occur due to variations in temperature and pressure. For example, melting occurs when a solid absorbs heat and transitions into a liquid, while freezing is the reverse process. Evaporation happens when a liquid gains energy and transforms into a gas, whereas condensation is the process of gas cooling and becoming a liquid. Sublimation and deposition are additional phase changes where solids directly convert to gases and vice versa, respectively.

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2w ago

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What names are given to the changes in states of matter?

gas -> liquid = condensing liquid -> gas = evaporating liquid -> solid = freezing solid -> liquid = melting solid -> gas= sublimating liquid -> gas= boiling


List six physical changes that matter can go through?

When a solid changes to liquid it's called melting. When a solid changes to gas it's called sublimation. When a liquid changes to a solid it's called freezing. When a liquid is changed to a gas it's called evaporation. When a gas changes to a solid it's called deposition. When a gas changes to a liquid it's called condensation.


What is the type of matter that changes its form?

The type of matter that changes its form is called a phase change. This occurs when a substance transitions between different states of matter, such as solid to liquid, liquid to gas, or gas to solid, due to changes in temperature or pressure.


Freezing and thawing are examples of?

Freezing and thawing are examples of phase changes that occur when a substance transitions between solid and liquid states due to changes in temperature. This process is known as freezing when a substance transitions from liquid to solid, and thawing when it transitions from solid to liquid.


What are the phase changes of matter?

The phase changes of matter are melting (solid to liquid), freezing (liquid to solid), vaporization (liquid to gas), condensation (gas to liquid), sublimation (solid to gas), and deposition (gas to solid). These transitions occur due to changes in temperature and pressure.


What is the significance of the phase change triangle in understanding the transitions between different states of matter?

The phase change triangle is significant because it helps us understand how substances transition between different states of matter, such as solid, liquid, and gas. It shows the relationship between temperature, pressure, and state of matter, helping us predict and explain these transitions.


What is the state of matter that usually occurs between a solid and a gas?

Liquid is between solid and gaseous state of matter


What are three forms of matter (liquid solid and gas)?

As we all know d 3 forms of matter,Solid Liquid and Gas,the difference between these 3 is the distance between the molecules of matter, the order of dist between these states is as below solid<liquid<gas.


What is the Solid to liquid and liquid to solid process?

Solid to liquid is known as melting, where a solid substance transitions into a liquid state by absorbing heat energy. Liquid to solid is known as freezing, where a liquid substance transitions into a solid state by releasing heat energy.


When matter changes from one state to another What is the process called?

The process is called a phase change or a change of state. This occurs when matter transitions from one physical state, such as solid, liquid, or gas, to another state due to changes in temperature or pressure.


What is it called when a solid transitions into a gas or liquid?

A phase change from solid directly to gas is called sublimation. A common example of sublimation is that of dry ice (solid carbon dioxide).


What occurs when matter transitions between solids liquids and gas?

When matter transitions between solid, liquid, and gas states, molecules are either gaining or losing energy to move farther apart or closer together. In a solid, molecules are tightly packed and vibrate in fixed positions. In a liquid, the molecules are more spread out and flow past each other. In a gas, the molecules are far apart and move freely in all directions.