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Yes. The mass per unit volume defines the (mass) density. Size doesn't change the calculated density.
By its size
No. Density is independent of size.
The object through which the force is exerted must also change.
The density is important; for floating an object must have a density under the water density (1 g/cm3).
density is how dense an object is (see dense) it is calculated by dividing the mass by volume of an object. density can be changed by changing the size or shape or the object
Yes. The mass per unit volume defines the (mass) density. Size doesn't change the calculated density.
No. To calculate density you divide mass by volume (d = m/V) If you double the size of something (volume), then you are doubling the amount of it (mass). The whole reason for using density to compare things is because it is a property of the substance that does not change, regardless of quantity.
Size independent property is physical properties that do not change when an object changes. Size dependent is physical properties that change when the size of an object changes.
size does not relate to density
By its size
No. Density is independent of size.
The object through which the force is exerted must also change.
The object through which the force is exerted must also change.
No. If an object is homogeneous, then you can cut it up into a bazillion smaller pieces, and every piece has the same density as the original object had.
The density is important; for floating an object must have a density under the water density (1 g/cm3).
The mass of an object is equal to the object's density multiplied by the volume (size) mass (kg) = density (kg/m3) x volume (m3)