A good example would be a person hanging out wet clothing in freezing conditions. the clothes freeze as soon as they are on the line. however the amount of water in the air is far lower then the amount of water in the clothing. and whether the water is frozen or not it will evaporate and the clothes will dry. slightly quicker if there is a breeze. All of a sudden you can see the clothes being moved about by the wind and you know they are dry. I have seen this happen. Indians in the south American mountains used to freeze dry potatoes the same way in the mountains, by leaving them out in dry freezing conditions.
it is a certain products require a porous structures to facilitate dehydration , otherwise they may suffer heat or oxidation damage during drying even at room temperature ..
No, hot water does not freeze more quickly than room temperature water. In fact, hot water takes longer to freeze because it has to cool down to the same temperature as room temperature water before it can start freezing.
Mercury has a freezing point of -38.8°F (-37.1°C) and can freeze above room temperature. Acetone has a freezing point of -138°F (-95°C) and can freeze above room temperature. Hydrogen peroxide can freeze at around 31.1°F (-0.5°C), above room temperature. Ammonia has a freezing point of -107.9°F (-81.1°C) and can freeze above room temperature. Carbon dioxide freezes at around -109.3°F (-78.5°C) and can freeze above room temperature.
A warm room will make it dry faster.
Freeze-drying is a method for dehydrating food and other perishable products, like pharmaceuticals, medical supplies and biological samples. The material is first frozen and then placed in a low-pressure chamber so that the ice sublimates. It is the only practical way to preserve things by dehydration without applying heat (which would change the substance irreversibly). Foods dehydrated by freeze-drying can be sealed and safely stored at room temperature for years. When opened, freeze-dried foods can be reconstituted by simply adding water.
Yeah any liquid can and as long as it is in a freezing temperature room or container forever!
Yes, water can still evaporate in a freezer, but at a much slower rate compared to at room temperature due to the cold temperature. However, the overall humidity level inside the freezer tends to be high, which can prevent evaporation to some extent.
you freeze it then you take it out for 5 or 6 days at room temperature
No, they taste far better when consumed (as intended) at room temperature.
Yes, it is possible for a room temperature to be 295 K. This temperature is equivalent to approximately 21.85 degrees Celsius, which falls within the typical range for comfortable room temperatures.
The time it takes for water to reach room temperature depends on factors like the initial temperature of the water, the volume of water, and the room temperature. Generally, it can take around 30 minutes to several hours for water to equilibrate with the room temperature.
the elements which are very hot and freeze when very cold ,they are the elements which are gases at room temp.