1.8 g/cm (hope I didn’t make you get it wrong, if I did I’m sorry)
Volume = mass/volume = 500g/10cm3 = 50g/cm3
density = mass/volume If you know density and mass, you can calculate the volume by manipulating the density equation such that volume = mass/density. Example: density = 3.57g/cm3 mass = 2.4g volume = ? volume = mass/density = 2.4g/3.57g/cm3 = 0.67cm3
density = mass/volume 49.8/83 =0.6 g per cm3
density = mass ÷ volume= 20 g ÷ 12 cm3≈ 1.67 g/cm3
density = mass / volume → mass = density × volume → mass = 1.4 g/cm³ × 64 cm³ = 89.6 g
The density of the metal is 11.33 g/cm3. This is calculated by dividing the mass (68g) by the volume (6 cm3).
The density of the piece of paper is calculated by dividing its mass (15.5 g) by its volume (27.0 cm3). Density = mass/volume = 15.5 g / 27.0 cm3 = 0.574 g/cm3.
Iron pyrite (FeS2) has a density of 4.8 to 5.0 grams per cm3. A piece of volume 40 cm3 would, therefore have a mass of volume*density = 192 to 200 grams.
Volume = mass/volume = 500g/10cm3 = 50g/cm3
Density = mass/volume so in this case 200/1500 = 0.13 g/cm3
mass = density ( )/cm3 multiplied by volume( )cm3
density = mass / volume 89.1 cm3 / 53.5
it is 1.7 well rounded down it is .......... it really is 1.738461538461538
density = mass/volume If you know density and mass, you can calculate the volume by manipulating the density equation such that volume = mass/density. Example: density = 3.57g/cm3 mass = 2.4g volume = ? volume = mass/density = 2.4g/3.57g/cm3 = 0.67cm3
The mass of copper can be calculated using its density, which is approximately 8.96 g/cm3. By multiplying the volume (27 cm3) by the density, you can determine the mass. In this case, the mass of the 27 cm3 piece of copper would be approximately 242.16 grams.
The density of the wood is calculated by dividing the mass (50g) by the volume (210cm3). Density = Mass/Volume, so 50g / 210cm3 = 0.238 g/cm3.
Density equals mass divided by volume. so 68 cm3 / 31 g = 2.2 g/cm3 would be the answer...2.2 g/cm3