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What is state in which a substance completely fills its container called?
Gas completely fills its container, liquid stays as a unit and fills the container with respect to gravity, and solids do not fill their containers
What describes the properties of a liquid?
it completely fills its container, takes the shape of its container
A container of this substance is always completely full?
A container of liquid is always completely full, as the liquid takes the shape of the container and fills all available space.
List properties of a liquid?
A liquid has a definite volume but an indefinite shape. It takes the shape of its container.
Does a gas take up definite amount of space?
Yes. A gas completely fills its container.
How are solids liquids gases are different?
they do not have a set volume, thus they completely fill any container that they are in.
How are gases different from solids and liquids?
they do not have a set volume, thus they completely fill any container that they are in.
Why a gas completely fills any container you it in?
since gas has no definite volume or shape it can be expanded or compressed, the particles will spread till they reach the walls of their container
Liquids and gases are different from solids because they?
maintain their own shape and do not take the shape of their container.
State in which a substance completely fills its container?
Only a liquid can completely fill its container. While it may seem that a gas could, gas is compressible, so even if the container seems full of a gas, more can be put in, so it is never really full.
What is the definition of a gas form?
A gas is any substance that forms into the shape of its container (bottle, room, etc.) and completely fills said container fully and evenly. Source: university chemistry
A sample of matter completely fills a cylindrical 15.0-liter container. The sample is transferred to a spherical 25.0-liter container which is also completely filled by the sample. Is the sample a liq?
The sample is likely a liquid. Liquids have the ability to take the shape of their container while maintaining a constant volume, which allows them to fill both the cylindrical and spherical containers completely. If the sample were a gas, it would expand to fill the entire volume of the container, regardless of the shape. Thus, the fact that the sample fills both containers suggests it is a liquid.
