Questions: The is the temperature at which the vapor pressure above a liquid equals 760 mmHg. The pressure is the pressure above a liquid exerted by gas particles in equilibrium with the liquid phase. The is a measure of the resistance of a liquid to spread out.

The is the temperature at which the vapor pressure above a liquid equals 760 mmHg. The pressure is the pressure above a liquid exerted by gas particles in equilibrium with the liquid phase. The is a measure of the resistance of a liquid to spread out.
Transcript text: The $\qquad$ is the temperature at which the vapor pressure above a liquid equals 760 mmHg. The $\qquad$ pressure is the pressure above a liquid exerted by gas particles in equilibrium with the liquid phase. The $\qquad$ is a measure of the resistande of a liquid to spread out.
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Solution

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Solution Steps

Step 1: Identify the temperature at which vapor pressure equals 760 mmHg

The temperature at which the vapor pressure above a liquid equals 760 mmHg is known as the boiling point.

Step 2: Identify the pressure exerted by gas particles in equilibrium with the liquid phase

The pressure above a liquid exerted by gas particles in equilibrium with the liquid phase is known as the vapor pressure.

Step 3: Identify the measure of resistance of a liquid to spread out

The measure of the resistance of a liquid to spread out is known as surface tension.

Final Answer

The \(\boxed{\text{boiling point}}\) is the temperature at which the vapor pressure above a liquid equals 760 mmHg.

The \(\boxed{\text{vapor pressure}}\) is the pressure above a liquid exerted by gas particles in equilibrium with the liquid phase.

The \(\boxed{\text{surface tension}}\) is a measure of the resistance of a liquid to spread out.

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