The increase in vapour pressure of a liquid caused by an increase in temperature is best explained by which one of the following statements? More molecules can exist in the gaseous state at a higher temperature but the average kinetic energy is not changed. The same number of molecules can exist in the gaseous state at a higher temperature but the average kinetic energy is lower. The increase in temperature causes an increase in mass of each molecule and therefore a higher pressure. More molecules can exist in the gaseous state at a higher temperature and the average kinetic energy is higher.

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The increase in vapour pressure of a liquid caused by an increase in temperature is best explained by which
one of the following statements?
More molecules can exist in the gaseous state at a higher temperature but the average kinetic energy is
not changed.
The same number of molecules can exist in the gaseous state at a higher temperature but the average
kinetic energy is lower.
The increase in temperature causes an increase in mass of each molecule and therefore a higher
pressure.
More molecules can exist in the gaseous state at a higher temperature and the average kinetic energy is
higher.
Transcribed Image Text:The increase in vapour pressure of a liquid caused by an increase in temperature is best explained by which one of the following statements? More molecules can exist in the gaseous state at a higher temperature but the average kinetic energy is not changed. The same number of molecules can exist in the gaseous state at a higher temperature but the average kinetic energy is lower. The increase in temperature causes an increase in mass of each molecule and therefore a higher pressure. More molecules can exist in the gaseous state at a higher temperature and the average kinetic energy is higher.
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