Gas particles have high kinetic energy, allowing them to move freely and rapidly in all directions. Without strong intermolecular forces to hold them together, gas particles can easily diffuse and fill up any container or space available to them. This behavior is in accordance with the principles of the kinetic molecular theory.
Gases occupy the available space because their particles move freely and rapidly in all directions. This means they will fill any volume or container they are in as they spread out to evenly distribute themselves.
Gases do not have a definite shape or volume because they expand to fill the container they are in. This is due to the fact that gas particles are in constant, random motion and spread out to fill the available space.
A gas has no definite shape because its particles move freely and easily, filling the entire space of its container. It has no definite volume because the particles are widely spaced and can expand or contract to fill any volume available to them.
Smoke consists of tiny particles and gases that occupy physical space. These particles fill the space they are in, much like any other material substance. When smoke is released into the air, it expands to fill the area available to it due to the movement of air currents and diffusion.
Gases are able to expand to fill any available space because their particles are in constant, random motion and have enough kinetic energy to overcome the forces of attraction between them.
The particles fill any spot it can fill in a container. The particles are spread apart.
Gases have molecules that can spread far apart to fill any shape or container. The particles in a gas are in constant random motion, allowing them to quickly fill the available space.
Yes, gas will uniformly fill any container it is put in to fill the available space. The gas molecules will spread out to evenly fill the space they are contained in.
Yes, gases can expand to fill the space of their container because they are not confined by a definite shape or volume. The particles in a gas have high kinetic energy and move freely, allowing them to spread out and fill any available space.
Gases occupy the available space because their particles move freely and rapidly in all directions. This means they will fill any volume or container they are in as they spread out to evenly distribute themselves.
Gases do not have a definite shape or volume because they expand to fill the container they are in. This is due to the fact that gas particles are in constant, random motion and spread out to fill the available space.
Any material capable of being vapourized will fill the bill. Water, alcohol, benzene, and so on.
A gas has no definite shape because its particles move freely and easily, filling the entire space of its container. It has no definite volume because the particles are widely spaced and can expand or contract to fill any volume available to them.
Smoke consists of tiny particles and gases that occupy physical space. These particles fill the space they are in, much like any other material substance. When smoke is released into the air, it expands to fill the area available to it due to the movement of air currents and diffusion.
Gas particles have high kinetic energy, causing them to move rapidly and spread out to fill any available space. Due to their random and continuous motion, they quickly fill the container they are placed in, as there are no forces holding them together to prevent them from spreading out. This property of gases is known as their ability to diffuse and compress easily.
Gases are able to expand to fill any available space because their particles are in constant, random motion and have enough kinetic energy to overcome the forces of attraction between them.
A gas has no definite shape because its particles are free to move independently of each other and fill the space available to them. It has no definite volume because the particles are far apart and can easily spread out to occupy any container they are placed in. This allows gases to conform to the shape of their container and expand or contract to fill the available space.