Yes - the practical experience of many photographers confirms that if you take warm equipment outside into cold conditions that condensation will form on the surface of eg the lens. Interestingly, this result is not predicted by basic theory. In almost every explanation of condensation that you will find, condensation occurs when warm air is cooled by a cooler surface so that the air drops below its "dew point" and can no longer contain all of the water that it is carrying.
So, the condensation from cold air on a warm surface is not expected, but is a very real actual effect. Various scenarios can be proposed to explain this apparent anomaly. So far I have not met a satisfying explanation BUT the effect is real.
Condensation usually occurs on a surface that is cooler than the adjacent gas. A substance condenses when the pressure exerted by its vapour exceeds the vapour pressure of its liquid or solid phase at the temperature of the surface where the condensation is to occur. The process causes the release of thermal energy. Condensation occurs on a glass of cold water on a warm, humid day when water vapour in the air condenses to form liquid water on the glass's colder surface. Condensation also accounts for the formation of dew, fog, rain, snow, and clouds.
Because it's mixing between either water vapour and condensation or steam and condensation(most likely)
Basically, condensation can form when liquid is added to a gas, or when a saturated sample is cooled. Some examples are: - water vapor condenses on the outside of a cold can of soda, or a glass of iced tea - a person exhales into cold air, or onto a cool hard surface - fog forms when warm moist air passes over cooler water or land - clouds form when warm air rises into cooler air above it - nucleation points are added to supersaturated air (forms water or ice)
The heat from the Sun, aided by the wind, would evaporate water from the surface of the oceans. The water vapour would rise to form clouds. It is part of the 'Water Cycle'.
well ! actually it is a very simple phenomenon.....because of the icy cold water, the air around it gets condensed when it comes close enough. consequently, the condensation causes the water vapors in the air to change into droplets that then appear on the surface of the container of that icy cold water...
Condensation occurs in cold when water vapour condense to form tiny droplets of water.
Condensation forms on any cold container because heat is transferred from water vapour in the air near the container to it, which warms the container and cools the vapour. The vapour turns back to liquid and condenses on the container surface.
water vapour/ cold /and a condensation medium
Condensation usually occurs on a surface that is cooler than the adjacent gas. A substance condenses when the pressure exerted by its vapour exceeds the vapour pressure of its liquid or solid phase at the temperature of the surface where the condensation is to occur. The process causes the release of thermal energy. Condensation occurs on a glass of cold water on a warm, humid day when water vapour in the air condenses to form liquid water on the glass's colder surface. Condensation also accounts for the formation of dew, fog, rain, snow, and clouds.
because that is rihfhr
water droplets form when a cold surface touches a hotter surrounding air and condenses to form water droplets
When the sun evaporates water from the earth's surface the water vapour rises into the air. As it rises the air becomes colder.When the water vapour becomes cold enough it condenses (like water on the outside of a cold drink) to form liquid water again. These tiny water droplets form clouds. When enough of the droplets merge together they get too heavy to float and they fall as rain (precipitation).
Condensation is where a vapour (gas) is cooled, and droplets of liquid form. Vapourisation is where a liquid is heated, and the liquid turns into vapour (gas).
Condensation.
Condensation will form on the surface of the glass.
Condensation
evaporation is when water vapour rises up and condensation is when water vapour turns into clouds