This depends on the volume and density.
A clay ball sinks in water because it is denser than water, causing it to displace water equal to its weight. The ball's density is higher than the density of water, resulting in a downward force greater than the buoyant force pushing it up. This imbalance causes the clay ball to sink to the bottom of the water.
Any ball with sufficiently low coefficient of restitution will not bounce (a ball of clay or putty for example.
To make a ball of clay float, you can shape the clay into a hollow sphere or add buoyant materials inside. By creating a structure that displaces enough water to counteract the weight of the clay, it can float on the surface of water. You can also try reducing the density of the clay by incorporating air bubbles or using a lightweight clay mixture.
The property that makes clay float is its low density. Clay is made up of small particles that are packed loosely together, allowing it to easily trap air and float on water.
The density of a tennis ball is approximately 0.074 grams per cubic centimeter.
A clay ball sinks in water because it is denser than water, causing it to displace water equal to its weight. The ball's density is higher than the density of water, resulting in a downward force greater than the buoyant force pushing it up. This imbalance causes the clay ball to sink to the bottom of the water.
If it's not cooked it has the same density.
Any ball with sufficiently low coefficient of restitution will not bounce (a ball of clay or putty for example.
A light grey Tennesee ball clay
To make a ball of clay float, you can shape the clay into a hollow sphere or add buoyant materials inside. By creating a structure that displaces enough water to counteract the weight of the clay, it can float on the surface of water. You can also try reducing the density of the clay by incorporating air bubbles or using a lightweight clay mixture.
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This density must be determined experimentally.
establishments primarily engaged in mining, milling, or otherwise preparing kaolin or ball clay, including china clay, paper clay, and slip clay.
Density is a characteristic of the substance. As long as nothing else gets into the substance, the density is always the same, whether you have a pinhead of the substance or a supertanker full of it, and whether it's in the shape of a football, a pasture patty, a pyramid, a 9-foot snake, or a life-size model of the Empire State Building. The density doesn't change.
Hard and dry clay dose not
No, the clay will still be denser than the water. You are spreading it out over a larger area, and the clay will not be heavy enough to break the surface tension of the larger area of water. So, the answer is surface tension keeps it from sinking.
It was a clay ball with pieces in it. The pieces inside the clay ball represented protons the ball itself represented neutrons.