The masses of each are 8.1 cm3
Comparing density
By deviding the mass by its volume.
You just need to rework the density formula: D = M / V, where D is density, M is mass, and V is volume. So all you need to do is put in the Density and Mass and solve for V: D = M / V D * V = M V = M / D And so our volume becomes Mass divided by Density.
The ratio of mass to volume is called density.
Density = mass / volume. So if the volume changes, the density will obviously also change.
The definition of density is mass per unit volume. For any object or sample of a substance, it can be calculated as (mass) divided by (volume). If two objects or samples with the same volume have different masses, the one with the greater mass has greater density. If two objects or samples with the same mass have different volumes, the one with the greater volume has smaller density.
Their masses are different. (Mass = density * volume)
yes
The nickel's density is about 8.91 g/cm3
Because they are of the same substance they have the same density density = mass/volume
Density = Mass/Volume, whatever the shape. So, if the masses are the same, the density is greater when the volume id smaller. Thus the sphere, with the smaller volume has the greater density.
It is unchanged. The density is the mass divided by the volume, and as both of these numbers are halved the density does not change.
Comparing density
Relative densities (specific gravity) density of sample = mass / volume
For two liquids of the same volume, the liquid with a higher density will have greater mass. Similarly, the liquid with a greater mass has a higher density. This is only true for samples of equal volume, however.
mass is weight. volume accounts for size. density of items change therefore masses are not the same as volumes
no density equals mass divided by volume. if both solids have a mass of 100 grams (for example) one has a volume of 100 mL (or centimeters cubed), it's density is 1 g/mL if the other has a volume of only 50 mL it's density is 2 g/mL