Gases do not have a large volume in terms of their density compared to solids and liquids. Gases are highly compressible, meaning they can occupy the volume of any container they are placed in. This results in gases expanding to fill the available space and taking up much more space compared to the same amount of a solid or liquid.
In a large volume the intermolecular collisions are rare.
Of course. The gas always fills the container it's in, no matter how large or small the volume is.
The property of gases being compressible allows them to be densely packed into small volumes, such as cylinders. This means that gas particles can be squeezed close together, reducing the overall size of the gas. This compressibility allows for the storage of large volumes of gases in relatively small containers.
Gases have the property of indefinite shape and volume, as they expand to fill any container. They also have low density compared to liquids and solids. Gases can be compressed and expand easily when heated.
False
In a large volume the intermolecular collisions are rare.
Of course. The gas always fills the container it's in, no matter how large or small the volume is.
Solids have a definite volume and gases have a variable volume
A gas does not have a definite shape or volume.
it increases the volume of the gases
Gases do not always keep the same volume. Gases can expand to fill the entire volume of a container or be compressed into a smaller volume depending on changes in pressure and temperature.
Wilbur Smith uses the word in his book "River God. " It means a large waterfall.
Gases do not have a definite volume. They will expand to fill the container they are in, taking on the shape of that container.
Gases.
Gases do not have a definite shape or volume. They take the shape and volume of the container in which they are confined. Gases are highly compressible and can expand to fill any space available to them.
The property of gases being compressible allows them to be densely packed into small volumes, such as cylinders. This means that gas particles can be squeezed close together, reducing the overall size of the gas. This compressibility allows for the storage of large volumes of gases in relatively small containers.
if you're talking about gases it's all about the ideal gas law. PV = nRT so as volume goes up, pressure goes down.