density = mass/volume You need to know that mass will be measured in some form of gram, such as grams, milligrams, or kilograms. Volume will typically be measured in milliliters, liters, cubic centimeters, or cubic meters.
Liter is a specific unit; the question should be, "metric units for volume". Volume is measured in cubic meters; for larger volumes you might use square kilometers; for smaller volumes, such as those that occur in everyday situations, you would usually use cubic decimeters (= liters), cubic centimeters (= milliliters), or cubic millimeters.
litres and mililitres
There are 28.32 liters per cubic foot: 6 x 28.32 = 169.92 liters.
305 is the total cylinder(s) displacement volume measured in cubic inches. Newer and non-US engines are often measured in liters, or cubic centimeters for smaller engines like in motorcycles. The larger the number, the larger the engine.
Both cubic meters and liters are measures of volume.
In Liters Or Cubic Centimeters
Sand is typically measured in volume, such as cubic meters or cubic feet, rather than liters. However, you can still calculate the volume of sand in liters by using the appropriate conversion factors.
Volume is measured in cubic units. It is also measured in liters.
By displacement, measured in cubic inches or liters.
Cubic meters, liters, cubic centimeters, depending on the amount of liquid.
CUBIC liters and cubic meters will work, depending on if the substance is solid or liquid.
The measure of space occupied by a sample of matter is called volume. It is generally measured in liters or cubic units, such as cubic meters or cubic centimeters, depending on the size of the sample being measured. Volume is one of the fundamental properties used to characterize matter.
Liters are a measure of volume. 1,000 liters is equal to about 264.172 US gallons of liquid or 219.969 UK gallons of liquid. Volume is also measured in cubic units and 1,000 liters is equal to about 61,023.744 cubic inches or 35.314 cubic feet.
Volume can be measured in liters or cubic meters, and all of their derivatives.
Volume can be measured in liters or cubic meters, and all of their derivatives.
Cubic meters (m3) and liters (L) are both measures of volume. Cubic meters is used to express very great volumes and is 1,000 more voluminous than one liter. * Liters x 0.001 = cubic meters * Cubic meters x 1,000 = liters