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Density or weight is calculated by mass/volume
Depends upon the density of the metal.
Both have the same density because density is not how large an object is, it is how much mass is in an area (how thick or dense it is), so since both bars are made of iron, both are just as dense, but the 10 meter bar has more volume because 10 is greater than 5.
6500 / (15*7*12) = 6500 / 1260 = 5.1587 grammes per cubic centimetre
The volume of the gold bar is not affected by such a physical deformation and remains at 525 cm3 and so the density is unchanged.
IF I remember correctly, density is mass divided by volume. So.. D=M/V D=256/32 D=8 g/cm I think g/cm is the unit. I could be wrong.
If a bar of copper has a mass of 216g and a volume of 24 cm3 then its density is 9 g/cm.
mass=density/volume
Density refers to a given mass in a certain volume, so the volume and mass would both become smaller by he same amount.
Volume is how much room something takes up. Density is the mass per volume. In everyday terms, how fluffy is a substance. Feathers are rather fluffy, and have a low density. A steel bar is not very fluffy, and has a high density.
Volume is how much room something takes up. Density is the mass per volume. In everyday terms, how fluffy is a substance. Feathers are rather fluffy, and have a low density. A steel bar is not very fluffy, and has a high density.
Density is equal to M/V. So, if the volume of the chocolate bar increases, the density decreases, and if the volume of the chocolate bar decreases, the density increases. This is called an inverse relation.
The density of the shiny, gold-colored bar of metal is 12.19 grams over cubic centimeters. The density of a Gold(Au) is 19.3 grams over cubic centimeters. These means that the gold-colored bar of metal is not pure gold.
10.891 with a bar notation over the 1.
If you use the definition of "density" as mass/volume, then yes. That's the standard definition.However, it is also possible to define density as weight/volume.
Density is an intrinsic property of a substance. This means that whether you have 1 gram or 1,000 kg of chocolate, the chocolate will still have the same density. Here's why: Density is measured in mass per volume, typically g/cm3. When you cut the chocolate bar in half, you've halved the mass, but you've also halved the volume. Thus, the density remains the same.
Density or weight is calculated by mass/volume