Q:

How do you convert kilograms to liters?

A:

A kilogram is a unit of mass and a liter is a unit of volume, so there is no direct rate of conversion. If you know the density of a substance, you can make the conversion from kilograms to liters for that substance.

Know More

1. Find the density of a substance

Look up the density of the substance you are attempting to convert for online or in a reference book. If it is a pure element, its density can be found on any periodic table. Density is normally listed in grams per cubic centimeter.

2. Find the mass of the substance

Weigh your item to determine its mass in kilograms.

3. Convert to like units of measure

At this point, you need to convert the units of measure in order to be able to work with the numbers. If the density is supplied in grams per cubic centimeter, the conversion is unnecessary; there are 1,000 grams in a kilogram, and 1,000 cubic centimeters in a liter, so the two conversion factors cancel each other out.

4. Divide the mass by the density

In order to determine the volume of the substance in liters, divide the mass (as measured in kilograms) by the density (as measured in grams per cubic centimeter).

Related Questions

• A:

As grams are a unit of mass and milliliters are a unit of volume, you need to know the density of the substance you are measuring in milliliters in order to convert the measurement from milliliters to grams. In the case of water, 1 gram = 1 milliliter, so 15 milliliters of water = 15 grams.

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• A:

The number of milligrams per kilogram is exactly the same as the number of parts per million. In other words, 1 mg/kg = 1 ppm.

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• A:

There are approximately 2.205 pounds in a kilogram, so the conversion calculation to get the number of pounds is the amount of kilograms multiplied by 2.205. When expressed in pounds and ounces, 1 kilogram is equal to 2 pounds and 3.27 ounces.

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• A:

Cubic meters are a unit of volume, and kilograms are a unit of mass. Cubic meters can only be converted to kilograms if the density of a substance is known. If density is known, then multiplying the number of cubic meters by the density (kg/m^3) derives the number of kilograms.