When you cool a gas at a constant presure, the volume of the gas decreases. Therefore, the balloons will slightly shrink.
Hot air, hydrogen or helium are lighter than cold air.
Observation
it changes the temp. by the temperature outside,like if its cold out the water will be cold and if it's hot outside than the water will be hot
Cold air contracts and becomes denser, so it tends to shrink in volume. This is why inflated objects like balloons or tires appear to deflate in cold weather.
When you put a balloon in the freezer, the particles of the air inside the balloon will lose energy and slow down, causing them to contract and the balloon to shrink. This is because the cold temperature reduces the kinetic energy of the air molecules, leading to a decrease in pressure inside the balloon.
When the temperature drops gases contract, so the balloon would be less inflated. This is the same reason why tire pressure drops when it gets cold outside.
The water balloons will remain intact but will reach the same temperature as the cooler. If the cooler is cold, the water balloons will also be cold. If the cooler is warm, the water balloons will also be warm.
It may dry quicker but it is just a myth about catching a cold or the flu as those are viral.
the lighter balloons go quicker than darker ones, but why?
Well what if it is really cold outside and hot inside what will happen then, did you think of that? hot and cold it only your opinion because it think 10000 degrees is cold and -1383 degrees is hot
hot air balloons work the best in cold temperature. the reason why is because if the outside temperature is close to the temperature in the hot air balloon, it will be as if the flame isn't on. if it is cold outside, the flame makes a much bigger impact and the balloon will go up faster.
Balloons deflate in the cold because cold air causes the gas inside the balloon to contract and decrease in volume. This decrease in volume leads to a decrease in pressure inside the balloon, causing it to deflate.
Because the temperature is the same inside and outside the can, moisture condenses on the outside once you take the can from the fridge into a warmer humid place, however this would not happen if you took the cold can to a place at least as cold as the fridge.
Evaporation cools the water
Cold Outside was created in 1997.
Balloons shrink on a cold night because the air inside them contracts as it cools down. This reduces the volume of air inside the balloon, causing it to shrivel up.
When it is 0 degrees outside, it means that the temperature is at the freezing point of water. This indicates that it is quite cold and you should dress warmly to stay comfortable and safe in those conditions.