No, because gas particles have space in between them so they occupy the given space. For example, when you boil a pot of water, after a while, you start to see steam coming out of the top. That is why it will fill the container. Liquids however, do not occupy the space given unless there are enough particles in the liquid to fill the space to the top.
No.It does not occupy space and has no mass.
Yes, gas molecules do move freely in three directions.(Every substantial particle is to be found in "space" = "3D" = three "dimensions", but not essentially "moving free")
No, liquids and solids do not occupy the same space. In a solid, the particles are tightly packed together in a fixed arrangement, while in a liquid, the particles are close together but can move past each other. This difference in particle arrangement allows liquids to flow and take the shape of their container, unlike solids which have a fixed volume and shape.
Liquid molecules are close together but can move past each other, which allows liquids to flow and take the shape of their container. The molecules in a liquid are constantly in motion, creating a dynamic and variable arrangement that fills the space available to them.
they flow freely and do not have a definite shape.
Insulators
they flow freely and do not have a definite shape.
conductor
a liquid is able to flow because its freely moving particles allow liquid to flow from place to place
Materials that don't allow electrons to flow freely are called insulators. Examples include rubber, glass, and plastic. These materials have very high resistance to the flow of electrical current.
Water vapor can flow because it is a gas, which means its molecules are not confined to a fixed position like in a solid or liquid. As a gas, water vapor has enough kinetic energy to move freely and fill the space available to it. This allows water vapor to flow and disperse throughout the air.
The state of matter that flows freely is a liquid. Liquids are able to take the shape of their container and flow easily due to their molecular arrangement allowing particles to move past one another.