What is the temperature at which condensation would become a risk for air at 80 F and 60% relative humidity?

To determine the temperature at which the risk of condensation begins for air at 80°F with a relative humidity of 60%, we need to use the concept of dew point. Dew point is the temperature at which air becomes saturated and condensation starts to occur.

At 60% relative humidity and 80°F, the air is holding less moisture than it could at its maximum capacity, which is at 100% humidity. As the temperature rises, the amount of moisture the air can hold also increases. If the temperature exceeds the dew point, which is typically lower than the actual air temperature, condensation will begin.

To find the correct dew point or temperature where condensation becomes a risk, calculations or tables are often referenced. In this case, the dew point for air at 80°F and 60% relative humidity is approximately in the range where condensation could occur at 102°F, as the relative humidity would likely reach 100% at that temperature.

This analysis aligns with the choice of 102°F, as it indicates the point at which the air can no longer hold any more moisture and condensation will indeed start. This knowledge is crucial in water restoration practices since managing humidity levels is essential to mitigate potential water damage and mold growth.