decreasing the volume of the container holding an ideal gas does what? it does not affect the gas pressure. it decreases the gas pressure by slowing the gas particles. it increases the gas pressure because gas particles bounce off the walls of the container more often. it increases the gas pressure by slowing the gas particles. it increases the gas pressure because gas particles strike the walls of the container with more momentum on average.



Answer :

lowering the container's internal temperature,Gas molecules have less room to travel when the volume of the gas is cut in half. As a result, more gas particle collide with the walls of the container as a result, which increases the momentum transferred to the walls and raises the gas pressure.

What happens if you reduce a container's volume?

The number of gaseous moles / unit volume will rise as the container's volume is reduced.

How does the ideal gas law change with volume?

The molecules of an ideal gas have no volume.The molecules of the gas take up volume because they spread out over a broad area of space, whereas the molecules of an ideal gas are modeled as point particles with no volume on their own.

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