When gas exerts pressure on its container, the pressure is:
Select one:
OA. Higher at corners and converging surfaces.
OB. Distributed equally on all surfaces of the container.
OC. Higher on the larger surfaces.
D. Higher near the middle of the container than toward the outside.

Gas pressure is created by collisions between gas molecules and the container walls, resulting in pressure that is evenly distributed on all surfaces of the container.

Explanation:

Gas pressure is caused by collisions between gas molecules and the container walls. When gas molecules collide, they bounce off the walls, imparting a force that results in pressure on the container walls. The pressure exerted by a gas in a container is distributed equally on all surfaces, as each collision with the wall contributes to the total pressure.

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When gas exerts pressure on its container, the pressure is:Select one:OA. Higher at corners and converging surfaces.OB. Distributed equally on all surfaces of the container.OC. Higher on the larger surfaces.D. Higher near the middle of the container than toward the outside.

Answer :

Final answer:

Explanation:

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Other Questions

When gas exerts pressure on its container, the pressure is:
Select one:
OA. Higher at corners and converging surfaces.
OB. Distributed equally on all surfaces of the container.
OC. Higher on the larger surfaces.
D. Higher near the middle of the container than toward the outside.