It will trap the air within it till it tips over, and releases the air.
One way to turn a glass full of water upside down without spilling it is to place a piece of cardboard or a small plate over the mouth of the glass, then flip the glass upside down while holding the plate/cardboard in place. Once the glass is upside down, carefully remove the plate/cardboard to reveal the water remaining in the glass.
If the glass has a hole in the bottom and you submerge it upside down in water, the water would enter the glass through the hole until the air pressure inside and outside the glass equalize. Once this happens, the water would stay at a level inside the glass equal to the height of the water outside the glass.
Light traveling through a glass filled with water will experience refraction, causing it to change speed and direction. The change in speed is due to the difference in optical density between the glass, water, and air. The bending of light at the interface of water and glass is what causes the phenomenon of refraction.
This because air is present inside the empty glass which does not let the water to enter theglass . Air also offers a force which is opposite the force of water and does not let the water to enter the glass.
The cardboard did not fall to the ground when the glass of water was tipped upside down because the air pressure on the top surface of the cardboard was greater than the water pressure holding it down. This created a force that pushed the cardboard against the glass and prevented it from falling.
The water should evaporate if the glass was not covered.
it will buse
freez the water. after freezing it will be ice then you can turn a glass of water upside down without spilling the water.
One way to turn a glass full of water upside down without spilling it is to place a piece of cardboard or a small plate over the mouth of the glass, then flip the glass upside down while holding the plate/cardboard in place. Once the glass is upside down, carefully remove the plate/cardboard to reveal the water remaining in the glass.
Light traveling through a glass filled with water will experience refraction, causing it to change speed and direction. The change in speed is due to the difference in optical density between the glass, water, and air. The bending of light at the interface of water and glass is what causes the phenomenon of refraction.
If the glass has a hole in the bottom and you submerge it upside down in water, the water would enter the glass through the hole until the air pressure inside and outside the glass equalize. Once this happens, the water would stay at a level inside the glass equal to the height of the water outside the glass.
Water droplets form when the water vapor cools. The cooling causes it to condense into water. A warm glass does not cause cooling or condensation, so no water droplets.
when water is filled up to the brim then water and cardboard are in complete contact with each other , there is no space for air to enter in ...... so it creates a sort of cacuum....and when glass is turned upside down then that created vacuum leads to the hanging of cardboard on its own
When a glass of water is turned upside down, the water does not fall out due to the presence of air pressure pushing against the water, creating a vacuum inside the glass. This vacuum holds the water in place, creating a seal that prevents the water from spilling out.
because the spoon is concave, making the reflection upside down
capillarity
Cohesion