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Weight (divided by) Volume
Heat or cool the object and this will cause a density change.
Volume (v) and mass (m) are need to calculate density in the equation d=(m/v). The units depend on which units you use for the measurements of volume and mass.
Two ways to remember density is to know the formula or always remember the norm always goes on top of the donkey ex) N/D=N divided by D = answer
Kilograms per meter cubed (kg/m3) or pounds per cubic foot (lb/ft3)
It is not two units are not the same as 1 density the objects density only counts on how much the mass of the object is then you will find out the density (units are counted in the density)
It is not two units are not the same as 1 density the objects density only counts on how much the mass of the object is then you will find out the density (units are counted in the density)
It is not two units are not the same as 1 density the objects density only counts on how much the mass of the object is then you will find out the density (units are counted in the density)
The definition of density is the amount in a given volume.
Density is expressed of two units as it consist of two aspects, weight and space. When interested in density, someone needs to know how much an object weighs and how much space it takes (mass per unit of volume). The density of an object is expressed as mass/volume because that is the formula for density. d = m/v. So, after you divide the coefficients of the mass and volume you will have the m/v part still left. example: 2.7g/6.1cm3 = .44g/cm3 OR 4.4x10-1g/cm3
Density = Mass/Volume. Conversion between units will depend on what the two units are.
Because density expressed in two significant figures depends on your accuracy of your measurements of mass and volume to calculate as well as any variables that you are expected to use.
You are dumb...:(
It is not always expressed in 2 sig figs. The number of sig figs depends on the accuracy of your measurements of mass and volume to calculate the density as well as any variables that you are expected to use the density with. There is no point in having a density expressed to 15 significant figures if then you are going to multiply it by volume expressed to 1 sig fig to determine the mass.
Sixty over seventy two in smaller units can be expressed as 5 over 6.
Density can be described in units of mass per unit volume (e.g., g/cm^3 or kg/m^3) or weight per unit volume (e.g., lb/ft^3 or N/m^3).
Weight (divided by) Volume