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.
Yes, it is possible for the dew point to be below freezing. Dew point is the temperature at which air becomes saturated with moisture and condensation forms. If the air is very dry, the dew point can be below freezing, meaning that the air is not saturated with enough moisture for condensation to occur at temperatures above freezing.
Liquefaction is a change to a liquid from either a solid or a gas; whereas condensation is a change only from gas to liquid. Liquefaction takes place at very low temperatures(eg-Air is liquefied at -200degrees c) whereas condensation does not need such low temperatures, it occurs when water vapor changes to droplets of water on a glass of water taken out of a fridge.
I'm not sure entirely what you mean by "ordinary" condensation (OC), but I'm going to assume you're referring to when water vapor condenses to form liquid droplets. Bose-Einstein condensation (BEC) differs in several ways. First, BEC actually produces unique physical changes known as macroscopic quantum phenomena. This is because BEC operates on a sub-atomic level whereas OC operates on an atomic level. BEC only ever operates on bosons as opposed to OC which can operate on any element or compound (water, mercury, etc.) that can be vaporized. The BEC requires temperatures near absolute zero; the OC operates at a huge range of temperatures based on the substance. The condensation in the BEC is about the changing of states of bosonic particles; the OC has no such alteration of the basic elemental atoms. For instance, when water condenses, the atoms don't have to change charge or ionize in order for that to happen. I could go on, but I think you get the point.
It can get very hot, with temperatures reaching up to 40-50 degrees Celsius during the peak of summer.
Characteristics of tornadoes include very strong, often destructive rotating winds which are often accompanied by a condensation funnel and a debris cloud.
Very normal. It is condensation. Very normal. It is condensation.
the climate in paris in the summer is mild to warm with occasional heat waves and in the winter very chilly i dont know the rest sorry!
spring and summer are shorter and the growing season is too short and unpredictable
Yep. The very definition of 'condensation' is a state change from a gas to a liquid.
in Cuba the summer is very very hot
Eating rabbit during the summer months is not very common in many cultures, as it is often associated with colder seasons or special occasions.
Yes but they dont hang out very often
It is often very cold, so don't go in summer clothes. There is normally snow near the top.
Well you can't but when you do go all the way!!!! good luck!........
You don't have to; they are often used in salads.
Did you ever take a cold bottle of coke out of the refrigerator on a hot summer day? Did you ever leave that same bottle of coke on the counter? What did you notice? You noticed water dropplets forming on the outside of the bottle. That is "condensation" when something cold meets something warm. If you go outside on a very cold winter day and breath...your breath comes out looking like steam...that is condensation. When you exhale on a cold window the water dropplets that form on the window - that is condensation