If the glass is even partially filled a stone thrown at sufficient speed will splash water below the kinetic energy of the stone will be dissipated by transferring it to the water.
However if the stone is gently dropped into the glass of water (and it was full or nearly full) then the stone which is not soluble in water will displace an amount of water equal to its volume which will overflow.
When a stone is dropped into a glass of water, it displaces some of the water, causing the water level to rise. If the amount of water displaced is greater than the extra space in the glass, the water will overflow. This is due to the principle of displacement, where the volume of the stone submerged in water is equal to the volume of water displaced.
When you drop a piece of stone into a glass half filled with water, the stone will displace some of the water, causing the water level to rise. This is known as the principle of displacement. The amount of water displaced will be equal to the volume of the stone that is submerged.
When a piece of stone is added to a glass of water, the stone displaces some water due to its volume. This displacement causes the water level in the glass to rise, resulting in spillage if the initial volume of water in the glass was already at capacity. The amount of water spilled out is equal to the volume of the stone that was submerged in the water.
To find the volume of a stone using water displacement, you would fill a container with a known volume of water, record the initial water level, then submerge the stone in the water and measure the new water level. The volume of the stone is equal to the difference in water levels before and after submerging the stone.
When the needle is dropped parallel to the water's surface, it creates surface tension and stays afloat due to the weight distribution. However, when dropped perpendicularly, the needle displaces more water, causing the weight to overcome the surface tension, thus sinking.
When the stone is dropped into the pond, it displaces water, causing potential energy to be converted into kinetic energy as the stone falls. This kinetic energy is then transferred to the water molecules, creating ripples that carry the energy away. As the ripples move outwards, friction and drag dissipate the energy, resulting in smaller and smaller ripples until the energy is eventually dissipated entirely.
When a stone is dropped in water, the force of impact pushes the air out of the small crevices and pores in the stone. This trapped air is then released in the form of bubbles as the stone sinks in the water.
egg was dropped in a glass of water
bcos only the excess water is overflowing out instead of tyhe rest of the water
When you drop a piece of stone into a glass half filled with water, the stone will displace some of the water, causing the water level to rise. This is known as the principle of displacement. The amount of water displaced will be equal to the volume of the stone that is submerged.
because the upthrust force of the water acting on the stone was pushing the stone upwards meaning it was acting against the downwards weight of the stone (its weight). This meant that the downwards force was decreased and therefore felt lighter :)
The spike or droplet of water that rises above the surface when a stone is dropped into water is called a "crown splash" or "crown". It occurs due to the displacement of water caused by the sudden impact of the stone.
28.224m
You know ... in the time it takes to wait for an answer ... you could have dropped one into a glass of water and found out ...
It depends on how high you dropped the glass jar into the swimming pool. If you drop the glass jar from a few feet above the swimming pool, it will not break. If you drop it from several stories above the swimming pool, the immense pressure on the glass jar that the water is exerting will cause the jar to break.
Glass, stone, brick and water are good sound mufflers:)
river meandered and overflowed when there was alot of water.
When honey is dropped into a glass of water, it will sink to the bottom due to its higher density. As it dissolves, the honey will spread throughout the water, ultimately sweetening the liquid. The honey molecules disperse into the water molecules, creating a homogeneous mixture.