Question

Why do gases occupy all the space available to them?​

Answer 1

Answer:

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Explanation:

Gas particles spread out to fill a container evenly, unlike solids and liquids. ... When more gas particles enter a container, there is less space for the particles to spread out, and they become compressed. The particles exert more force on the interior volume of the container.

Answer 2

Answer:

• Gases occupy the area that is accessible to them since they lack specific size, form, and boundaries as a result of less attractive forces between the particles. The random movement of their particles causes pressure in all directions and causes them to occupy any available area.

Explanation:

• The volume of the container in which the gas is contained dwarfs the size of a gas particle.
• Gases are mostly empty space, which is obvious given how easily they can be compressed. Compared to reducing the volume of a solid, reducing the volume of a gas is simpler.
• In elastic contacts with each other and the container walls, which occur when gases are moving quickly, momentum and energy are transferred rather than lost.
• Gases spontaneously expand to fill any container (rapid motion). Smoke particles move in a Brownian manner (rapid motion). A container that is insulated prevents gases from accelerating and finally condensing (elastic collisions).
• Except for collisions, the gas molecules do not communicate with one another.
• If gases were attracted to one another, they wouldn't expand to entirely fill a container.
• The KMT won't be derived. The following assertion, however, might be demonstrated as being reasonable.

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