The common units for density is grams per liter. Density can be given in any units of mass per any unit of volume (i.e. kg per milliliters).
I'm not sure but i think its grams or cm3
Density is mass/volume so any of the following:
kg/liters
grams/milliliter
pounds/galleon
etc.
"1.56 pounds/fluid ounce"
There is no specific unit, per se, to measure density. Density is always expressed as a ratio of mass/volume. Examples of density ratios include:gm/cm3Kg/m3ounces/cubic inchpounds/gallon
345 mm is a measure of length. A measure of density would have units of mass divided by volume.
density is usually in some form of mass per volume. so for example you could say grams per cubic inch or milligrams per cubic centimeter.
There is no unit of density but it is a measure of mass (weight) per unit of volume (space). If a brick weights 3kg and it has a volume of one thousandths of a cubic metre (.001 m3), it will have a density of 3Mg/m3 or 3 Mega grams per cubic metre. The units of density are Volume measured in cubic metres and Mass measured in grams or kg (kilograms) In the old imperial system this would be pounds per cubic foot.
Density is equal to mass per unit volume. Its unit is kg/m3.
Gravity, because of the structures of gravity, gravity has no measure whereas density has units of mass..
g/cm3
The units for density are mass / volume; in the SI, that would ideally be kilograms / cubic meter.
No, metric units are used to measure things, such as volume, mass, density, force, etc.
"1.56 pounds/fluid ounce"
"1.56 pounds/fluid ounce"
You measure the mass and you measure the volume. You divide the mass by the volume. If you have uses International Units then you will get the specific mass or density (kg/l = g/cm2 = g/ml = tons /m3)
There is no specific unit, per se, to measure density. Density is always expressed as a ratio of mass/volume. Examples of density ratios include:gm/cm3Kg/m3ounces/cubic inchpounds/gallon
Density is units of mass per unit of volume.
You measure its length, breath, height and mass. Then Density = Mass/(Length*Breadth*Mass) in the appropriate units.
The units are the same for any object (for example, kilogram/m3). What changes is the methods you can use to measure it.