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If you use a homogenous (uniform) material, it doesn't. No matter what shape you put it into, the density should be the same.If you use a homogenous (uniform) material, it doesn't. No matter what shape you put it into, the density should be the same.If you use a homogenous (uniform) material, it doesn't. No matter what shape you put it into, the density should be the same.If you use a homogenous (uniform) material, it doesn't. No matter what shape you put it into, the density should be the same.
A rectangle is just a geometric shape; it doesn't have a "density".A material shaped like a rectangle can have a density; in this case, the density will depend on what material you are using.
it has no effect. density of a substance is the same no matter the size or shape of the sample.
Nothing. Since density is defined as the mass per unit volume. Shape is different from size. Size, of course, is related to the volume. Hence Shape is irrelevent.
Mass is related to volume by density.The density of a material is defined as its mass per unit volume.
If it's not cooked it has the same density.
Density is useful for identifying an unknown material because it is a physical constant. A physical constant is a unique characteristic of the material in question. This constant never change or vary with the shape or amount of the material/substance.
Density reason is that the density of a uniform material is constant Density is independent of the size and shape of the sample.
Density is useful for identifying an unknown material because it is a physical constant. A physical constant is a unique characteristic of the material in question. This constant never change or vary with the shape or amount of the material/substance.
A sphere has the most efficient ratio between the material's mass and its density.
No, size doesn't affect an object's shape because it's the same unit and material.
Density is a physical property of all materials and represents how much mass the material has per unity of volume. If the density is higher than that of water, the material floats. Lower than it sinks.