You will need

- A pen and a piece of paper

Instruction

1

Find reference information about the measured product and write down the value of its density.

2

3

The mass of a substance is split into a reference density value. The result of the action will correspond to the volume of product in cubic meters.

4

Translate cubic meters to

**milliliters**. To do this, the result of previous actions multiply by 1000000. The result is our desired value is the volume in milliliters for this product. You can then measure in a measuring Cup specified quantity.Note

The density of the product should be given in the reference in the SI metric system, i.e. it is specified in units of kg/m3.

Useful advice

Sometimes in a table reference point is not the exact number, but the range of density values, such as buckwheat 1180-1280 kg/m3. In this case, you should take the average value of these values, as it is closest to the density given in less precise tables.

# Advice 2 : How to convert kilograms to milliliters

The process of translating kilograms to

**milliliters**is a translation of the mass in the volume. A similar problem often found in physics. How to get from mass to volume, kilograms, liters and**milliliters**?Instruction

1

Order of mass to volume, you must know the density of the substance. The density indicates how much mass of a substance is placed in a given volume. Body of the same mass but different densities will have different volumes.

2

Translate available data (mass, density) in standard SI units. Mass must be in kg, density in kilograms per cubic meter.

3

To find volume, use the physical formula that shows the relationship between mass, density and volume. Get the amount in the standard SI unit - cubic meterH.

4

A liter is a unit. 1 liter equal to 1 cubic decimeter, or one thousandth of 1 cubic meter.

5

To convert cubic meters to liters, you should multiply by a thousand. But then to convert liters to

**milliliters**, divide by a thousand. Therefore, the obtained value of volume in cubic meters is numerically equal to the desired value of the volume in milliliters.6

Write down the answer.