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A bottle, though heavier than water, can be made to float by trapping air inside of it. This same bottle can be made to sink by filling it with water, or a substance heavier than water. It can again float by emptying it and trapping air in it.
In order for water to reach your sink, pressure needs to be exerted for it to beat gravity's force.
no it would sink to the bottom of the water/ ocean
That Depends upon a principle Buoyancy.That means that the object placed in water should have density (particles per unit volume) less than that of water to float or else it will sink. Like when we will put a plastic block in water it will sink but when a bottle made of same plastic block is put in water it floats because it have comparatively lower density to the block due to air.
object that sink in water
Pour the water out
A bottle, though heavier than water, can be made to float by trapping air inside of it. This same bottle can be made to sink by filling it with water, or a substance heavier than water. It can again float by emptying it and trapping air in it.
In order for water to reach your sink, pressure needs to be exerted for it to beat gravity's force.
You could keep them in a bathtub or sink, but when they are soaking wet, they won't be able to fly, just don't put too much water pressure.
turn up the water pressure
Since air is less dense than water, the air pushes the bottle upward. The water filled bottle would sink because the density is greater than water.
deeper in the water or where there is more pressure
put water in to let it sink... then put air into it to let it float...
no it would sink to the bottom of the water/ ocean
It sinks because it has a higher density.
It floats because the water is heaver then the bottle. The bottle is light so it floats. No,It floats because the particles are free to move inside but with water in it there is not enough space for the particles to move so it floats.
Pressure = Force / Area It's basically the force applied to something over the amount of area that force is applied on to. This means that smaller plate with the same weight as another plate will sink further into mud. Hope that helped :)