it is condensation
When you take a soda out of the fridge, it absorbs the heat from its surroundings, including the moisture in the air. This heat absorption, along with the cold temperature of the fridge, can make the soda feel cold to the touch even though its actual temperature may not have changed significantly.
yes. baking soda will absorb moisture
The water condensation on the outside of cold soda cans, much like on cold glasses, comes from the water already present in the air. Because of a process called convection, the temperature surrounding the can drops as it absorbs the thermal energy. The water in the air then condenses on the can due to the lower temperature.
When moisture appears on the outside of a can of cold soda on a warm day, you may say that condensation is occurring. This happens because the cold surface of the can causes the water vapor in the air to cool and condense into liquid water droplets on the can's surface.
A cold can of soda sweats due to condensation. When the cold can comes into contact with warm, humid air, the temperature of the can causes the moisture in the air to cool and condense into liquid water droplets on the surface. This is similar to how dew forms on grass in the morning. The process is a result of the can being colder than the surrounding air, leading to a drop in temperature of the air in contact with it.
The amount of moisture - water vapour, that air can carry without the water condensing - turning into droplets, depends on the temperature. Exhaled air has a fair bit of moisture in it that it has picked up from the lungs and the airways. If you exhale when it's warm, that moisture stays suspended in the air, and you don't see it. If you exhale when it's cold, the moisture condenses into tiny droplets, which you see as fog. Pretty much the same as when beads form on a cold glass or bottle or soda can. Or why a mirror steams over when you breathe on it.
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There does not appear to be a scientific name to describe the fear of soda.
The word - soda - does not appear in the King James version.
yes! but i do not know how they get cold! do you-
Real cold
milk