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It is usually because a freezer is closed for a lot more time than a fridge.
assuming the balloon is closed, the air pressure would double
There are magnetic strips on a fridge door to enable the door to form a tight seal around the edges to make sure the cold is kept inside and the freezer bit does not over freeze, and of course the magnets keep the door closed.
There are several conservation laws in physics; each one states that something doesn't change in a closed system. Some of the things that won't change (that are conserved) are:* Momentum * Rotational momentum * Mass * Energy * Electric charge
Any freezer needs to be kept closed as much as possible if you wish for it to remain cold. However a chest freezer will not warm up as fast as an upright freezer. This is because the cold air in the freezer is heavier than the air outside of the freezer. When you open an upright freezer the cold air "falls" out, this can't happen with a chest freezer.
It gradually leaks out. There are tiny holes in the balloon's skin.
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Buoyant force and weight
It is usually because a freezer is closed for a lot more time than a fridge.
If a balloon is inflated and tied closed, then held over a flame, it will surely pop. The heat of the flame will melt the rubber that makes the balloon.
yes, they keep refrigerator and freezer doors closed.
It appears to move in the opposite direction to the motion of the van
assuming the balloon is closed, the air pressure would double
yes if you unplug your freezer!!!!!yes if you unplug your freezer!!!!!
cool Actually, when there is warm air, like in a balloon it will expand. When you go outside, the balloon will shrink if it is cold outside. When you go back into the warm indoors, the balloon will go back to its normal size.
because of the density and cold air