Yes, the outside air is used to "cool" the refrigeration lines in the condenser. So the higher the outside air, the less the refrigerant is cooled down causing the units capacity to be less and less as the temperature rises.
It cools.
Evaporation cools the water
Boiling water can increase the temperature of a room by releasing heat energy into the surrounding air. This can lead to a temporary rise in room temperature until the water cools down.
Yes, an air conditioner pulls in air from outside, cools it through a refrigeration process, and then circulates the cooled air into the room to lower the temperature.
Because it uses air it sucks from the outside of the building, only it cools it down first before blowing it out.
Body temperature is higher than atmospheric temperature. Cooler air from outside cools the nostrils, hence nose is colder than other adjacent body parts.
Temperature doesn't really affect the crystal size; the rate of cooling is the major factor. The faster the mineral, rock, etc. (whatever has the crystals) cools, the smaller the crystals- the slower the larger. If you were "growing" crystals with a set, the warmer the temperature generally means the larger the crystals.
Urine cools down at a rate similar to other liquids, losing heat to the surrounding environment. Factors such as temperature, humidity, and airflow can affect how quickly urine cools down. Generally, urine will cool to room temperature within a few minutes if left undisturbed.
Water droplets form on a window due to condensation, which occurs when warm, moist air comes into contact with the cooler surface of the glass. As the air cools, its capacity to hold water vapor decreases, causing the moisture to condense into tiny droplets. This process is more pronounced in humid conditions or when there's a significant temperature difference between the air inside and outside the window. The droplets collect and can create a visible layer of water on the glass.
Certainly! I mounted a Kenmore 18000 BTU window unit through the wall several years ago and it cools my small house just fine. Just be sure that it tilts down a little at the outside so condensation will drip outside and not all over your floor!
Taking a balloon outside on a cold day demonstrates Charles's law, which states that the volume of a gas is directly proportional to its temperature at constant pressure. As the temperature decreases outside, the air inside the balloon also cools down, causing its volume to decrease and the balloon to shrink.
If there is a high moisture content in the air, the mist that you are seeing is condensation from the coil that is not accumulating and draining off. You should see less of it as the temperature in the cabin cools off.