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Guiller1219go
Answered

what do you think happen to the volume of the water inside the glass which is covered and the one that is uncovered ​

Sagot :

Sawuqtgo

Answer:

The outside air pressure pushes more on the water than the inside pressure, so the water is then pulled up into the glass until equilibrium is reached.

Explanation:

This creates lower air pressure inside the glass, so the outside air pressure pushes more on the water than the inside pressure.

Callmequenn199801go

Answer:

What happened to the water in a glass that is uncovered?

There are just as many water molecules condensing back to water as there are evaporating into the air. So covering the glass does not stop it from evaporating. Instead, it keeps the water vapor in place, so it can bump back into the liquid again.

What happened to the temperature of water inside the glass?

The cold water only touches the inside of the glass, so the inside cools quickly and shrinks. The outside of the glass is still the same temperature and does not shrink. Because of this difference the glass cracks.

Explanation:

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