Question

How will pressure change if you reduce the volume to near zero for an ideal gas and for a gas with molecules that have a non-zero volume?

A) The pressure will increase for both ideal gases and gases with non-zero volume.

B) The pressure will decrease for ideal gases and increase for gases with non-zero volume.

C) The pressure will remain constant for ideal gases and increase for gases with non-zero volume.

D) The pressure will decrease for both ideal gases and gases with non-zero volume.

Answer 1

When you reduce the volume to near zero, the pressure will increase for both ideal gases and gases with non-zero volume.

Step-by-step explanation:

When you reduce the volume to near zero for an ideal gas, the pressure will increase. This is because an ideal gas has no significant volume, so as the volume decreases, the gas molecules are forced closer together, resulting in an increase in pressure.

For a gas with molecules that have a non-zero volume, the pressure will also increase. At low pressures, the volume occupied by the molecules is small compared to the volume of the container. However, at high pressures, the molecules occupy a larger portion of the container volume, causing a decrease in the space available for the molecules to move. As a result, the pressure increases.