No. Water freezes at 0°
It evaporates.
If the temperature is slightly less than zero degrees, it will freeze. If it is slightly more than zero degrees, it will remain as water. A temperature of exactly zero degrees, of course, can not be achieved - but in theory, it should keep its state. If it's already water, it should remain as water, if it's already ice, it should remain ice.
Droplets appear on a glass of water because of condensation. When the air touches the cold glass, it turns into a liquid, forming a droplet. This is because, when you add heat, a liquid turns to a gas, but when you take away heat, it turns back into a liquid.
It’s wrong
It freezes
super cooled, D
Under pressure water can remain liquid at 125 0C.
Water can remain liquid at a temperature above 100 degrees, C., when the pressure on it is greater than the pressure found at average sea level.
Water takes the state of liquid (water) between 0 and 100 degrees celsius.
They do not.
Tiny droplets of liquid water
No. Water vapor can't be seen or felt. "Droplets" suspended in the air are still liquid water.
There is water vapor in the air, and that is a gas. The water vapor condenses on an object. The water vapor comes together and forms water droplets. These water droplets are now a liquid. This is condensation. So, to answer your question, gas becomes liquid.
It evaporates.
The water droplets themselves are just water droplets, precipitates, runoff.They got there through condensation, the change of a gas state back to a liquid state, and the reverse of vaporization.
Condensation
Condense