Well, that really couldn't happen...certainly not 15 degrees, anyway. If it tried to drop so rapidly you'd end up getting thick fog at the surface. Depending on what the temperature in the rest of the atmosphere is doing, I could give you more information about clouds and such. In other words, what is causing such a drop?
Precipitation will be released in the form of rain
Air is saturated at 75 degrees. There is no change on pressure when air is cooled to 60 degree. Precipitation will then be observed.
It will rain
No. The temperature of air does not necessarily affect how much moisture it carries. Warm air, though, is capable of holding more moisture than cold air is.
It is the 'sac' that holds the rabbits testes
Because relative humidity changes with temperature. Air at 30 F and 90% humidity actually is holding less water than air at 90 F and 20% humidity. Dew point will give you a better idea of how much moisture is in the air because it doesn't change with temperature. For example, dew points in the 70's will always feel very sticky and uncomfortable because that is a lot of moisture in the air.
Relative humidity is a comparison of the amount of moisture that air is holding compared to the maximum amount it could hold at a given temperature. If it's holding all that it can, the relative humidity is 100%.
"Saturated" or "At saturation point".
Precipitation will be released in the form of rain
humidity
The hot holding temperature is 60 degrees Celsius or 140 degrees Fahrenheit.
the air is holding 75% moisture relative to the temperature
Direct (and exponential): Temperature goes up, so does its ability to hold moisture, exponentially.
The right temperature must be at least 70 to 90 degrees
No. The temperature of air does not necessarily affect how much moisture it carries. Warm air, though, is capable of holding more moisture than cold air is.
It means that the air is holding as much water vapor as it can at that temperature. Any increase in moisture or decrease in temperature at that point will result in water condensing.
Relative humidity is a comparison of the amount of moisture that air is holding compared to the maximum amount it could hold at a given temperature. If it's holding all that it can, the relative humidity is 100%.
Cold storage should be 40 degrees Fahrenheit or colder but above 32.
The temperature for cooking and holding hot complex vegetables to ensure safe from harmful bacteria is 135 degrees Fahrenheit.
Clouds and moisture act as a blanket holding in the heat of the day. These are lacking in a desert. Once the sun goes down in the desert, the heat begins to radiate back into space and the temperature can drop quite drastically.