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Guide

1

To convert liters per ton, or, more precisely, to calculate the mass of the liquid (particulate matter) in tonnes, knowing its volumein liters, divide the number of liters in 1000, and then multiplied by the density of the material, measured in grams per cubic centimeter.Ie .:

Mt = Vd / 1000 * P, where:

Mt - the mass of the substance in tonnes,

Vd - volume of the substance in liters,

P - the density of matter in grams per cubic centimeter.

For example, calculate the mass (in tons) 10 liters of water.

water density, measured under normal conditions, is equal to 1 g / cc.

mean weight of 10 liters (bucket) of water will be:

Mt = 10/1000 * 1 = 0.01 tons

Mt = Vd / 1000 * P, where:

Mt - the mass of the substance in tonnes,

Vd - volume of the substance in liters,

P - the density of matter in grams per cubic centimeter.

For example, calculate the mass (in tons) 10 liters of water.

water density, measured under normal conditions, is equal to 1 g / cc.

mean weight of 10 liters (bucket) of water will be:

Mt = 10/1000 * 1 = 0.01 tons

2

If the density of a substance is measured in the SI system, iein kilograms per cubic meter, in order to calculate the mass of li
quid to be divided into a number of tons liters 1000000 and multiplied by the density of the material measured in kilograms per cubic meter.

as a formula it would look like this:

Mt = Vd / 1000000 * P, where:

Mt - the mass of the substance in tonnes,

Vd - volume of the substance in liters,

P - the density of the substance in kilogramscubic meter.

mass calculation 10 liters of water (considering that its density of 1000 kg / m.) In this case is as follows:

Mt = 10/1000000 * 1000 = 0.01 tons

as a formula it would look like this:

Mt = Vd / 1000000 * P, where:

Mt - the mass of the substance in tonnes,

Vd - volume of the substance in liters,

P - the density of the substance in kilogramscubic meter.

mass calculation 10 liters of water (considering that its density of 1000 kg / m.) In this case is as follows:

Mt = 10/1000000 * 1000 = 0.01 tons

3

The most common translation of liters per ton, or rather, in the amount of weight used in the accounting of petroleum products (fuel and lubricants).This is due to the fact that the supply of fuel is performed primarily in a fixed volume vessels (tanks) and takes into consideration mass units.Each time not to measure the density of the next batch of gasoline or diesel fuel, there are special tables medium density of all grades of fuels and lubricants which may be used instead of the density values specified in the invoices documents.

For example, the density of gasoline grades A-76 and AI-80 is equal to 0.715;the density of gasoline AI-92 to 0,735;the density of gasoline AI-95 to 0,750;the density of gasoline AI-98 to 0.765.

Unit Density - g / cc.

In agreeing accounting system of petroleum products with the relevant authorities (Rostekhnadzor, the tax inspectorate) and a possible recount easy liters per ton:

In this case, the density of the liquefied gas is assumed to be 0.6 t / m3;

density of gasoline all grades - 0.75 t / m3;

density diesel fuel - 0.84 t / m3.

Note that when using the outboard density units "tons per cubic meter" (t / m3), the numerical value of the density coincides with the density measured in "grams per cubic centimeter" (g / cc.).That

t / m3 identical to g / cc.

For example, the density of gasoline grades A-76 and AI-80 is equal to 0.715;the density of gasoline AI-92 to 0,735;the density of gasoline AI-95 to 0,750;the density of gasoline AI-98 to 0.765.

Unit Density - g / cc.

In agreeing accounting system of petroleum products with the relevant authorities (Rostekhnadzor, the tax inspectorate) and a possible recount easy liters per ton:

In this case, the density of the liquefied gas is assumed to be 0.6 t / m3;

density of gasoline all grades - 0.75 t / m3;

density diesel fuel - 0.84 t / m3.

Note that when using the outboard density units "tons per cubic meter" (t / m3), the numerical value of the density coincides with the density measured in "grams per cubic centimeter" (g / cc.).That

t / m3 identical to g / cc.

Sources:

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