Problem: Match the following statement to the appropriate term.This is a temperature at which the liquid vapor pressure is equal to the external pressure on the liquid. At this temperature bubbles of vapor form within a liquid. This process corresponds to a direct change from the gaseous state to the solid state. This temperature is affected by changes in atmospheric pressure. This process takes place when a liquid changes to a vapor. In this process, intramolecular forces (rather than intermolecular forces) are overcome. This property can be measured by allowing a liquid to evaporate in a closed container.

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In this problem, we are asked to match the given statement to the appropriate term.

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Match the following statement to the appropriate term.

This is a temperature at which the liquid vapor pressure is equal to the external pressure on the liquid.

 At this temperature bubbles of vapor form within a liquid. 

This process corresponds to a direct change from the gaseous state to the solid state. 

This temperature is affected by changes in atmospheric pressure. 

This process takes place when a liquid changes to a vapor.

 In this process, intramolecular forces (rather than intermolecular forces) are overcome. 

This property can be measured by allowing a liquid to evaporate in a closed container.


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Our tutors have indicated that to solve this problem you will need to apply the Intermolecular Forces and Physical Properties concept. If you need more Intermolecular Forces and Physical Properties practice, you can also practice Intermolecular Forces and Physical Properties practice problems.