Humidity is the amount of water vapor in the air at a given time. At warm temperatures, air can hold more moisture than it can at cold temperatures. Relative humidity is the amount of vapor the air is holding expressed as a percentage of the amount the air is capable of holding. For example, at 86 degrees Fahrenheit, air can hold a maximum of 30.4 grams of water per cubic meter. If the air at the same temperature is holding only 15.2 grams of water, the relative humidity is 50 percent. At the point at which the air becomes saturated (exceeds the level of water vapor it can hold), it releases water vapor in the form of dew or condensation. If the air at 75 degree' holding the maximum amount of moisture that it can, and the temperature suddenly drops to 60 degrees, what is likely to be the result?

A) Precipitation will be released in the form of hail.

B) Precipitation will be released in the form of rain.

C) The humidity will remain unchanged.

D) The relative humidity will decrease

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The answer is (C) IF you mean RELATIVE humidity, but (B) may also occur. The relative humidity will remain 100% as the excess water is released as rain, cloud water droplets, fog or dew.

Humidity is the amount of water vapor in the air at a given time. At warm temperatures, air can hold more moisture than it can at cold temperatures. Relative humidity is the amount of vapor the air is holding expressed as a percentage of the amount the air is capable of holding. For example, at 86 degrees Fahrenheit, air can hold a maximum of 30.4 grams of water per cubic meter. If the air at the same temperature is holding only 15.2 grams of water, the relative humidity is 50 percent. At the point at which the air becomes saturated (exceeds the level of water vapor it can hold), it releases water vapor in the form of dew or condensation. If the air at 75 degree' holding the maximum amount of moisture that it can, and the temperature suddenly drops to 60 degrees, what is likely to be the result?

A) Precipitation will be released in the form of hail.

B) Precipitation will be released in the form of rain.

C) The humidity will remain unchanged.

D) The relative humidity will decrease

Well, I don't want to rain on your parade, but if the temperature suddenly drops from 75 degrees to 60 degrees, it's likely that the result will be a decrease in relative humidity. You see, at colder temperatures, air can't hold as much moisture as it can at warmer temperatures. So, when the temperature drops, the air becomes less capable of holding onto all that moisture and some of it may need to be released in the form of condensation or dew. But don't worry, it's just nature's way of trying to cool things down a bit!

D) The relative humidity will decrease.

To understand why the relative humidity will decrease, we need to consider the relationship between temperature and the capacity of air to hold moisture. As mentioned earlier, warm air can hold more moisture than cold air.

In this scenario, the air at 75 degrees Fahrenheit is already holding the maximum amount of moisture it can. However, when the temperature drops suddenly to 60 degrees Fahrenheit, the capacity of the air to hold moisture decreases. This means that the amount of moisture the air is holding at 75 degrees Fahrenheit is now higher than its new maximum capacity at 60 degrees Fahrenheit.

Since the air cannot hold as much moisture at the lower temperature, it becomes unsaturated and the excess moisture will start to condense. This may result in the formation of dew or fog, but it is not likely to lead to precipitation in the form of hail or rain. Instead, the relative humidity will decrease because the amount of moisture in the air remains the same, but its capacity to hold that moisture has decreased with the drop in temperature.

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