This depends on the volume and density.
2.3 grams per cubic centimeter
Dry density = 1.650 Wet density = 2.015
2.3 grams per cubic centimeter.
Its mass divided by its volume.
food
relative density and gravity
Density
size and weight of the ball, density of the ball matter, density of the surface , tilt of the surface, grade and finish of the surface, and of course gravity!
answer
because elasticity of clay is very small, so when reaction of wall acts on the clay, clay cannot withheld the force and it deforms
relative density and gravity
If it's not cooked it has the same density.
A light grey Tennesee ball clay
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This density must be determined experimentally.
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.
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.
establishments primarily engaged in mining, milling, or otherwise preparing kaolin or ball clay, including china clay, paper clay, and slip clay.
Hard and dry clay dose not
It was a clay ball with pieces in it. The pieces inside the clay ball represented protons the ball itself represented neutrons.
The ball clay segment of the industry was rather small and consisted of four companies in four states in 2002. Tennessee was the leading supplier of ball clay,
Density