False
That depends on how hot the water is in the cup. Use the thermometer to measure it and see.
It would depend on the temperate of the room, the amount of water, the temperate of the hot water and the thickness of the glass. (Also on the humidity, the elevation) So it's really impossible to say. I assume you mean a typical 250 ml glass, and the air was room temperate, normal pressure, humidity, fairly typical elevation... But, I'm still not sure what temperate of water you mean, which is one of the most important factors. 30 minutes perhaps?
By the Celsius scale, yes. This is not necessarily the case when considering Fahrenheit. But the different temperature scales are relative; 20*F is twice as hot as 10*F. BUT the Celsius equivalent of 20*F is not twice as hot as the Celsius equivalent of 10*F.
As soon as your symptoms have officially cleared up (see doctor)
The air contains moisture (or water vapour) in varying amounts, depending on the humidity. A iced coffee - or anything else that is icy cold - has a temperature that is a lot colder than the surrounding air on a hot day.When hot air hits the side of a cup of iced coffee, it reduces the temperature of the air. When this occurs, the water vapour in the air condenses, forming the "sweat" (or water droplets) on the side of the cup.
Relative Humidity is measured with a HygrometerHumidity is the amount of water vapor in the air.On hot days, when it feels sticky, the humidity would then be high.
Relative Humidity is measured with a HygrometerHumidity is the amount of water vapor in the air.On hot days, when it feels sticky, the humidity would then be high.
The heat index combines air temperature and relative humidity to determine how hot it feels outside.
The heat index combines air temperature and relative humidity to determine how hot it feels outside.
If the amount of moisture did not change, the relative humidity would be lower because there would be less moisture in the air relative to how much that hot air could hold.
Cause you could die
Decided.
As the sun goes down, the temperature drops and the capacity to hold water vapor in the air decreases increasing the relative humidity above 0 percent
Depends on the rate of supply of heat and the relative humidity. It could take forever (100% relative humidity), or be almost instantaneous (pour onto a red hot plate with < 100% humidity).
because the weather is not to hot or to cold its just right to exercise
because the weather is not to hot or to cold its just right to exercise
You need to be careful on hot days when the relative humidity is high because the air is harder to breath. The air is more dense with water.