What is liquid and what does liquid mean

Liquid is one of the four basic states of matter (the other states are solids, gases, and plasma), which does not have a definite shape, but has a certain volume, and has the ability to move and rotate. Liquids are caused by intermolecular forces.

Composed of tiny vibrating particles (such as atoms and molecules) that are bound together. Water is the most common liquid on Earth. Like gases, liquids can flow and can be contained in containers of various shapes.

Some liquids are not easily compressed, while others can be compressed. Unlike gases, liquids do not diffuse throughout the container, but have a relatively fixed density. A distinctive property of liquids is surface tension.

It can lead to infiltration. The density of liquids is usually close to that of solids and much larger than that of gases. Thus, both liquids and solids are classified as condensed states.

Substance. On the other hand, both liquids and gases can flow and both can be referred to as fluids. Although liquid water is abundant on Earth, it is not the most common form of matter in the known universe.

Because the presence of liquids requires a relatively narrow range of temperatures and pressures. The most common states of matter in the universe are gases (e.g., interstellar clouds) and plasma (e.g., in stars).

Liquid: A substance that has a certain volume and does not have a certain shape that can flow. At room temperature, oil, water, wine, and mercury are liquids.

The substance that can flow under the action of potential energy is called liquid. For example, water always flows from high to low under the action of potential energy, so water is liquid. Liquid is one of the three major forms of matter, it does not have a definite shape and is often influenced by the container.

However, its volume is fixed under constant pressure and temperature. <

The substance that can flow under the action of potential energy is called liquid. For example, water always flows from high to low under the action of potential energy, so water is liquid. Liquid is one of the three major forms of matter, it does not have a definite shape and is often influenced by the container.

However, its volume is fixed under constant pressure and temperature.

Liquid means: a substance that has a certain volume and can change shape with the change of shape of the container. The properties of the liquid are between the skin of the gas and the solid, and it is not easy to change its volume under the action of external force, but it is easy to flow.

Liquid Knowledge Extension:

Liquids are one of the three major forms of matter. It does not have a definite shape and is often influenced by the container. However, its volume is fixed under constant pressure and temperature.

The distance between the molecules of the liquid is farther, the molecular motion is more violent, and the attraction between the molecules is less. Increasing or depressurizing generally vaporizes the liquid into a gas.

Heating or decompression generally vaporizes a liquid into a gas, such as heating water into water vapor. Pressurization or cooling can generally cause a liquid to solidify and become a solid, such as cooling water to ice. However, pressurization alone does not liquefy all gases such as oxygen, hydrogen, helium, etc.

Liquids are one of the three major forms of matter. It is not a definite shape and is often affected by the container.

Whatever shape the container is, inject the liquid, and the liquid will take on whatever shape it is. However, its volume is fixed under constant pressure and temperature. In addition, the liquid exerts pressure on the sides of the container in the same way as any other state of matter.

This pressure is transmitted in all directions, not decreasing but increasing along with the depth (which is why the deeper the water, the greater the water pressure).

Heating or depressurization generally vaporizes the liquid lead bucket into a gas, e.g. by heating water into water vapor. Pressurization or cooling generally solidifies the liquid and becomes a solid, such as cooling water into mega-mill ice. However, pressurization alone does not liquefy all gases such as oxygen, hydrogen, helium, etc.