Density = mass/volume
or
D=m/v
Density is mass per unit of volume. The formula for density is mass/volume.
Archimedes principal / specific gravity
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law of floatation states that density of objects less than that of the liquid will float and the objects with density more than that of the liquid will sink
material that sink has a density above that of water and does not obey the law of floatation.
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DENSITY : density is the ratio of mass and volume of the substance density=mass/volume RELATIVE DENSITY : It is the ratio of density of a substance to the density of water
Current density is unrelated to Ohm's Law.
the density of a planet
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Wolff's Law
law of floatation states that density of objects less than that of the liquid will float and the objects with density more than that of the liquid will sink
The law of conservation of mass states mass= density times volumeThe definition of density=mass/volumemultiply the density and the volume! =mass
The law is called Law of Buoyancy, matter with less density tries to raise above the matter with high density. When air is heated, the volume increases and density decreases. Since the air around the ballon is at a lower temperature and the density is higher, the air in the baloon tries to move up thus lifting the baloon.
The law is called Law of Buoyancy, matter with less density tries to raise above the matter with high density. When air is heated, the volume increases and density decreases. Since the air around the ballon is at a lower temperature and the density is higher, the air in the baloon tries to move up thus lifting the baloon.
What does the ideal gas law not specify the density and mass of the gas. It instead deals with volume, temperature and pressure.
material that sink has a density above that of water and does not obey the law of floatation.
It is the same thing as the Lorenz-Lorentz Law and relates the index and the density of gases and liquids. At lower frequencies it is called Clausius-Mossotti relation
graham's law of diffusion states that the rate of diffusion of a gas is inversely proportional to the square root of its density provided the temperature and pressure remain constant