My best guess would be at boiling point, or when water evaporates, which is 100C.
for air water system wet bulb equals to dry bulb at 100 % relative humidity for that given temperature of air.
-9c
About the temperature of dry ice. It is the same as putting frozen water (ice) in a glass of water. The temperature of the ice and water will be about equal to the freezing point of water. Alcohol is used because it has a freezing point lower than H2O, if you put dry ice in water everything will freeze.
Which would last longer actually depends on the temperature of the system (surrounding) they are exposed to. The temperature is more the ice will melt faster ut on the other end the water will last longer as it has the boiling point of 100 degree celcius so even if the surrounding temperature is more the water will last longer.
The polar air has a high relative humidity due to the temperature of the polar region being close to the dew point temperature. The closer the dew point temperature is to the surrounding temperature, the higher is the relative humidity. The air in the polar region is considered dry as the dew point temperature is low. Low dew point indicates low water vapor content. So since the dew point in the north pole is low, it has a low water vapor content in the air, resulting in it being dry.
No. The temperature of dry ice is far lower than that of ice water.
The temperature decrease and water can be transformed in ice.
Temperature causes changes in dry and water ice
Air can be dry at any temperature. It all has to do with the actual amount of water vapor in the air.
Dry ice is formed from CO2, water has nothing to do with it.
Not water. 'Dry Ice' is frozen Carbon Dioxide.
water realeses water vapor which makes temperature vary,rather than stay persistant like with dry land.
cold water makes dry ice closer to its freezing point. so hot water makes dry ice sublimate more
for air water system wet bulb equals to dry bulb at 100 % relative humidity for that given temperature of air.
A wet bulb measures the temperature after water evaporation allows to cool and a dry bulb measures air temperature.
As water is naturally in a liquid state. It is not possible for water to "dry" out. It will however "evaporate" in sunlight. The rate of this depends on quite a few factors including: -The amount(volume) of water -How much surface of the water is exposed to air -What is the temperature of the air -What is the temperature of the surface the water is on -What is the current humidity -What is the altitude or current air pressure
The mist around dry ice are tiny water droplets and gas. It is formed when water strikes it and when water strikes it, some of the water's heat is transferred to the dry ice, causing it to turn into a gas.