Length Converter Length Converter Mass Converter Volume Resume Products and Food Converter Square Converter Volume and Units Measurement In Culinary Recipes Temperature Converter Converter Pressure, Mechanical Voltage, Module Jung Converter Energy and Operation Converter Power Converter Power Converter Time Converter Linear Speed \u200b\u200bFlat Angle Converter Heat Efficiency and Fuel Engineering Converter Numbers in Different Systems Systems Converter Units Measurement Quantity Currency Currency Dimensions Women's Clothing Sizes Men's Clothing And Shoe Corner Speed \u200b\u200bConverter and Rotation Converter Speed \u200b\u200bConverter Corner Acceleration Converter Density Converter Specific Specification Converter Moment Inertia Moment Moment Converter Rotary Converter Converter Specific heat combustion (by weight) Energy density converter and specific heat combustion (by volume) Temperature converter Converter coefficient Heat expansion Converter thermal resistance Converter specific thermal conductivity Converter specific heat converter Energy exposure and thermal radiation power converter Heat flux density converter Masse consumption converter Converter Mass flow converter Mass density converter Mass converter Mass converter Mass converter Converter Mass concentration converter Dynamic converter Absolute) Viscosity Cinematic Viscosity Converter Surface Tension Converter Parry Permeability Converter Water Steam Flow Converter Sound Converter Microphones Sound Pressure Level Converter (SPL) Sound Pressure Converter Light Converter Light Converter Light Converter Resolution Converter Light Converter Frequency converter and wavelength optical power in diopters and focal Distance Optical Power in Dioptia and Increasing Lenza (×) Converter Electrical Charge Converter Linear Density Charge Surface Density Converter Charge Survection Density Converter Electrical Current Converter Linear Current Converter Surface Current Converter Electrical Fields Converter Electrostatic Potential and Voltage Converter Electrical Resistance Converter Converter Specific electrical resistance Converter Electrical conductivity Specific electrical conduction converter Electrical capacity Inductivity converter Converter American wire wire valve levels in DBM (DBM or DBMW), DBV (DBV), watts, etc. Units Magnetotorware Converter Magnetic Field Converter Magnetic Flow Converter Magnetic Flow Converter Magnetic Induction Radiation. Power converter absorbed dose of ionizing radiation radioactivity. Radioactive decay converter radiation. Converter exposure dose radiation. Converter absorbed dose converter decimal consoles data transmission converter units typography and image processing converter units of measurements of the volume of timber calculation of the molar mass Periodic system of chemical elements D. I. Mendeleev

1 kilogram [kg] \u003d 0.01 Centner (metric) [C]

Source value

Transformed value

kilogram Gram Gram Exaggamm Petagram Teragram Gigagram MegaGrams Hechotograms Decigrammes Santigram Milligigram Mulms Mulograms Nanograms Picograms Fectograms Attograms Dalton, Atomic Unit Mass Kilogram-Power KV. sec. / meter Kilofunt Kilofunt (KIP) Hall Pound Power sq. sec. / foot pound Troy Pound Once Troyan oz metric ounce short ton long (English) ton tonna ton (USA) Tonna ton (Brit.) Ton (metric) Kilotonna (metric) centner (metric) centner American centner British quarters (USA) Quarter (Brit.) Stone (USA) Stone (Brit.) Ton Pennyweight Skrew Karat Gamma Gamma Talent (Dr. Israel) Mina (DR. Israel) Shekel (Dr. Israel) Beckan (Dr. Israel) Gera (Dr. Israel) Talent (dr. Greece) Mina (DR. Greece) Tetradrakhma (dr. Greece) Dydrahma (Dr. Greece) Drachma (dr. Greece) Denarium (Dr. Rome) Ass (Dr. Rome) Codelant (Dr. Rome) Lepton ( Dr. Rome) Planked Mass Atomic Mass Mass Mass Mass Mass Mass Mighty Miaon Mass Proton Mass Mass Mass Tatron Mass Earth Mass Mass Berkrot Pood Pound Lot Spool Share Quintal Livr

Linear density charge

More about mass

General

The mass is the property of physical bodies to resist acceleration. The mass, in contrast to weight, does not change depending on the environment and does not depend on the force of attraction of the planet, on which this body is located. Mass m. Determine using the second law of Newton, according to the formula: F. = m.a.where F. - this is power, and a. - Acceleration.

Mass and weight

In everyday life, the word "weight" is often used, the code speaks of the mass. In physics, the same weight, in contrast to the masses, is the force acting on the body due to the attraction between the bodies and the planets. Weight can also be calculated on the second law of Newton: P.= m.g.where m. - this is the mass, and g. - acceleration of gravity. This acceleration arises due to the strength of the attraction of the planet, close to which the body is located, and its value also depends on this force. Acceleration of the free fall on Earth is 9,80665 meters per second, and on the moon - about six times less - 1.63 meters per second. So, the body weighs one kilogram weighs 9.8 Newton on Earth and 1.63 Newton on the moon.

Gravitational mass

The gravitational mass shows which gravitational force acts on the body (passive mass) and with which gravitational power body acts on other bodies (active weight). With increasing active gravitational mass Bodies His force attraction also increases. It is this force that controls the movement and arrangement of stars, planets and other astronomical objects in the universe. Flips and flows are also caused by the gravitational forces of the Earth and the Moon.

With increasing passive gravitational mass The force with which the gravitational fields of other bodies act on this body is increasing.

Inert mass

The inert mass is the body property to resist the movement. It is due to the fact that the body has a lot, you need to apply a certain force to move the body from the place or change the direction or the speed of its movement. The greater the inert mass, the greater the power you need to attach for this. The mass in the second law of Newton is an inert mass. Largely gravitational and inert mass are equal.

Mass and theory of relativity

According to the theory of relativity, the gravitating mass changes the curvature of the space-time continuum. The greater the body of the body, the stronger it is curvature around this body, so near the bodies of a large mass, such as stars, the trajectory of light rays is twisted. This effect in astronomy is called gravitational lenses. On the contrary, away from large astronomical objects (massive stars or their clusters, called galaxies) The movement of light rays is straightforward.

The main postulate of the theory of relativity is the postulate of the limb of the speed of light propagation. From this there are several curious consequences. First, you can imagine the existence of objects with such a large mass that the second cosmic velocity of such a body will be equal to the speed of light, i.e. No information from this facility can get into the outside world. Such space facilities in the general theory of relativity are called "black holes" and their existence was experimentally proven by scientists. Secondly, with the movement of an object with a near-light speed, its inert mass increases so much that, local time inside the object slows down compared with time. Measured stationary clock on Earth. This paradox is known as the "Paradox of Gemini": one of them is sent to the cosmic flight with a chain speed, the other remains on the ground. Upon returning from the flight in twenty years, it turns out that the cosmonaut-twin is biologically younger than his brother!

Units

Kilogram

In the system, the mass varies in kilograms. Kilogram is determined based on the exact numerical value of the constant bar h.equal to 6,62607015 × 10 ³⁴, expressed in J C, which is equal to kg m² С⁻⁻, and second and meter are determined by exact values c. and Δ. ν CS. Mass of one liter of water can be approximately considered to be equal to one kilogram. A kilogram derivatives, grams (1/1000 kilograms) and tons (1000 kilograms) are not units of C, but are widely used.

Electron-volt

Electronic content - unit for energy measurement. It is usually used in the theory of relativity, and the energy is calculated by the formula E.=mC.², where E. - this is energy, m. - mass, and c. - The speed of light. According to the principle of the equivalence of mass and energy, electron-absolute - also the unit of mass in the system of natural units, where c. equal to one, and therefore the mass is equal to energy. Basically electronologists are used in nuclear and nuclear physics.

Atomic unit of mass

Atomic unit of mass ( but. eat.) It is intended for masses of molecules, atoms, and other particles. One a. e. m. equal to 1/12 masses of carbon nuclide atom, ¹²c. This is approximately 1.66 × 10 ⁻² ⁷ kilogram.

Slag

Slogia are used mainly in the British imperial system of measures in the UK and some other countries. One moisture is equal to the mass of the body, which moves with the acceleration of one foot per second per second, when the power is applied to one pound-power. This is about 14.59 kilograms.

Solar mass

The solar mass is a measure of mass taken in astronomy for measuring stars, planets and galaxies. One solar mass is equal to the mass of the Sun, that is, 2 × 10³⁰ kilograms. Earth weight is about 333,000 times less.

Carat

In carats measure the mass of precious stones and metals in jewelry. One carat is equal to 200 milligrams. The name and the very magnitude are associated with the seeds of the horn tree (in English: carob, pronounced Karob). One carat used to be equal to the weight of the seed of this tree, and buyers wore their seeds with them to check if their precious metals and stones were deceived. The weight of gold coins in ancient Rome was equal to 24 seeds of the horn tree, and therefore carats began to be used to designate the amount of gold in the alloy. 24 carats - pure gold, 12 carats - alloy half of gold, and so on.

Grandfather

The Grand Prix was used as a weight measure in many countries to the Renaissance. It was based on grains, mainly barley, and other cultures at that time. One Gran is about 65 milligrams. It is a little more than a quarter of a carat. While the karats were not widespread, grants were used in jewelry. This weight measure is used to this day to measure the mass of powder, bullets, arrows, and gold foils in dentistry.

Other units of mass

In countries where the metric system is not adopted, the measures of the mass of the British imperial system use. For example, in the UK, USA and Canada, pounds, stones and oz are widely used. One pound is 453.6 grams. Stone are used mainly only for measuring the mass of human body. One Stone is about 6.35 kilograms or exactly 14 pounds. Ounces are mainly used in culinary recipes, especially for products in small portions. One oz is 1/16 pound, or approximately 28.35 grams. In Canada, which formally switched to the metric system in the 1970s, many products are sold in the package designed for rounded British units, for example, one pound or 14 liquid ounces, but they are specified weight or volume in metric units. In English, such a system is called "soft metric" (eng. soft Metric.), unlike the "hard metric" system (eng. hard Metric.), in which the package indicates a rounded weight in metric units. This picture shows the "soft metric" packaging of food products with weight indicating only in metric units and volumes both in metric and imperial units.

Do you find it difficult to translate units of measure from one language to another? Colleagues are ready to help you. Publish a question in tcterms And within a few minutes you will receive an answer.

In everyday life, it is unlikely to operate with the words "centner", "hectare", "pound". But sometimes you need to translate weight into other units of measurement or calculate it in them. Help a simple scheme of action.

What is centner

This word came from German and means literally "one hundred measures". It happened from the Latin Centum - one hundred. The standard served a bag of potatoes, which weighs the centner. But he also differed in different provinces of Germany:

• In Bavaria - 56 kilograms.
• In Saxony - 51.4 kilograms.
• In Braunschweig - 46.77 kilograms.

Later in this country took the average value of the centner, 50 kilograms.

When trading began to develop, especially by sea routes, it became necessary to bring all weights in different countries to one system. To do this, there are translation tables from one measurement to another.

• Metric, or double, centner is 100 pounds, as in Austria, Spain, France and Portugal. It is 100 kilograms.
• In Russia, the centner is equal to 100 kilograms. This is one tenth tons.
• Centner in England, Germany, Switzerland, Hungary and Denmark is 50 kilograms. This is an ordinary centner.

In the metric system, where the standard of length measurement is the meter, the weight of one million cubic meter of water (gram) is adopted for the measurement of the mass. A sample of 1000 grams is called a kilogram, specifically cast from iridium and platinum and is stored in Paris. And in 1885, seventeen countries founded the International Bureau of Measures and Scales.

The following measures taken in the system system:

• Centner is a hundred kilograms.
• A kilogram is a thousand grams.
• Tona is a thousand kilograms.

As weight in centners translate into kilograms

To translate centners in a kilogram, the number of something in the centners to multiply to a hundred. It seems simple if the number of centners is an integer. And if not?

• 1 C \u003d 1 x 100 kg \u003d 100 kg.
• 1.3 c \u003d 1.3 x 100 kg \u003d 130 kg.
• 0.4 C \u003d 0, 4 x 100 kg \u003d 40 kg.

For simplicity, you can highlight the centner separately, then the translation formula from the centner in a kilogram will look like this:

• And c \u003d a x 1 c \u003d a x 100 kg,

Where a is the number (integer or fractional, decimal or not).

How many in 1 ton

• Centners - 10.
• Kilograms - 1000.
• Grams - 1000000.

The word "ton" on Latin denoted a barrel. Just like the centner, tons were different. But in the SI system, it is assumed that in a ton of 10 centners.

To translate centners in tons, it follows the number of anything in the centners to divide ten.

• 1 C \u003d 1/10 \u003d 0.1 tons.
• 1.3 c \u003d 1.3 / 10 \u003d 0.13 tons.
• 0.4 c \u003d 0, 4/10 \u003d 0.04 tons.

Translation formula from centner in tons:

• And c \u003d a x 0, 1 t \u003d a / 10 t,

Where a is the number.

How to translate to centners

Copetners translate kilograms, grams and tons.

1. Kilograms: To translate a kilogram in centners, the amount of something in kilograms should be divided into a hundred.

• 10 kg \u003d 10/100 c \u003d 0.1 c.
• 100 kg \u003d 100/100 c \u003d 1 c.
• 653 kg \u003d 653/100 c \u003d 6.53 c.
• 1 kg \u003d 1/100 c \u003d 0.01 c.
• 1.3 kg \u003d 1.3 / 100 c \u003d 0.013 c.
• 0.4 kg \u003d 0.4 / 100 c \u003d 0.004 c.

Translation formula from kilograms in centners:

And kg \u003d a / 0.01 c \u003d a / 100 c.

2. Grams: To translate grams into centners, follows the amount of something in grams to divide one hundred thousand.

• 10 grams \u003d 10/100 000 c \u003d 0.00001 c.
• 100 grams \u003d 100/100 000 c \u003d 0.0001 c.
• 653 grams \u003d 653/100 000 c \u003d 0.000653 c.
• 1 gram \u003d 1/100 000 c \u003d 0.000001 c.
• 1.3 grams \u003d 1.3 / 100 000 c \u003d 0.0000013 c.
• 0.4 grams \u003d 0.4 / 100 000 c \u003d 0.0000004 c.

Formula for translation from grams in centners:

A g \u003d a x 0, 00001 c \u003d A / 100 000 C

3. Tons: To translate tons in centners, the number of something in tons is multiplied by ten.

• 10 t \u003d 10 x 10 c \u003d 100 c.
• 100 T \u003d 100 x 10 c \u003d 1000 c.
• 653 T \u003d 653 x 10 c \u003d 6530 c.
• 1 T \u003d 1 x 10 c \u003d 10 c.
• 1.3 T \u003d 1.3 x 10 c \u003d 130 c.
• 0.4 T \u003d 0.4 x 10 c \u003d 4 c.

Formula of translation from tons in centners:

And T \u003d a x 10 c.

Instructions for transferring weight measures

For ease of calculations, the translation rules can be reduced to the table.

How to use the table:

In the extreme column, on the left, we find the measure of the weight you want to translate to another. In the top line - the name of columns. This is the instructions that we translate into what measure.

1. It is given 15.6 centners. It is necessary to translate this weight per kilogram.

• Solution: Determine in the extreme left column "Centners", in the upper line we are looking for what you need to translate - "in kilograms", we see at the intersection - you need to multiply at a hundred. Therefore: 15.6 x 100 \u003d 1560. Since they were translated into kilograms, set "kg."

2. Danar than 450 grams. We must translate into tons.

• Solution: We define weight to a given extent - grams. We are looking for a measure in the upper line in which it is necessary to translate - "in tons", we see at the intersection: you need to divide by a million. Therefore: 450/1 000 000 \u003d 0.00045 t.

3. Given 14.25 kilograms. It is necessary to translate into centners and tons.

Solution: We are looking for in the left column what is given - "kilograms". Then we find "in centners" in the top line, we see on the intersection that you need to divide on a hundred. Consequently: 14.25 / 100 \u003d 0.1425 c. In the same way, we find "in tons" - we see that you need to divide for a thousand. Therefore: 14.25 / 1000 \u003d 0.01425 t.

In order not to confuse the strings, for example, do not translate tons in grams, you should start with the leftmost column. Then pay attention to the upper line. It is no coincidence there is a pretext "B". This will help make a choice.

Transfer to a single measure

1. Danar: Compare a quarter of the centner and a quarter of a ton.

Solution: To begin with, we give everything to one extent. For example, to centners. You need to translate a quarter ton in them. In the string "tons" we are looking for the intersection with the column "in centners", we see that we must multiply ten. 1/4 t x 10 \u003d 27.5 c. Compare: 1/4 C and 1/4 T \u003d ¼ C and 27.5 C \u003d 0.25 C and 27.5 c. It is clear that the second value is greater.

In practicing a little, you can learn to quickly translate one measure weight to another. But to learn how many grams, kilogram, centners in a ton will still have to. And remember that the centner - kilograms.

Design of water supply and sewage

Write: [Email Protected]

Mode of operation: Mon-Fri from 9-00 to 18-00 (without lunch)

According to the international system of measures and weights in 1 century 100 kilogram.

Online calculator for the translation of the centners in a kilogram.

The translation of units of measurement of length, mass, time, information and their derivatives is a fairly simple task. For these purposes, the engineers of our company developed universal calculators of the mutual translation of various units of measurement among themselves.

Universal Measurement Unit Calculators:

- Calculator of length units
- Calculator Units Mass
- Calculator Units Square
- Calculator units of volume
- Calculator of time units

Theoretical and practical concepts about the translation of one unit of measurement to another are based on the centuries-old experience of scientific research of humanity in the applied areas of knowledge.

Theory:

Mass is the characteristics of the body, which is a measure of gravitational interaction with other bodies.

Length is a numerical amount of line length (not necessarily straightforward) from the starting point to the final.

Time is a measure of the flow of physical processes of consistently changing their condition, in practice flowing in one direction continuously.

Information is a form of information in any presentation (regarding the calculation mainly in digital).

Practice:

This page contains the easiest answer to the question how much in 1 centner kilogram. One centner is 100 kilograms.

News of the Hawaiian Islands News About Russian Hawaii Useful Links
Ads Hawaii Interesting Story Stories in Hawaii
Russian Hawaiian Forum

this is interactive value converter This will help you quickly implement various mass transformations.

The converter allows you to translate weight values \u200b\u200bfrom one system to another. Simply insert the mass value to the known single system in the inverter and click the "Count" button,

For example, you can enter a value in kilograms (kg) and get values \u200b\u200bin tons, pounds, oz, grams, etc.

To use the converter, the browser must enable JavaScript.

Ton (FR TON, from the Middle Ages.

How many in the center

the latitude of tuna - DRD) - the name of some units of weight, weight and volume. Tone (metric ton) \u003d 10 centners \u003d 1000 kilograms. Legend: In Russian - T, International - T
centre (In German.

Zentner, from Lat. Centum STO) - metric unit for measuring mass equal to 100 kilograms.
lb. (From the Latin pond - mass, weight) - a unit of mass and weight. Standard American and British pounds make up 16 ounces or 453,592,374,495,300 grams.
drachma - The mass unit in the United States is 1.77184519905875 grams.

granny (from Latin granules - grain, grain) - a mass division of the English system of measures (trading gang, pharmacy and three) is 64,798,911,481,965,400 mg.

Fuel Costing: We translate liter to kilograms and back

In order to obtain the amount of fuel in liters, the formula is used: V \u003d M / ρ,

M - Mass of fuel in tons;

ρ - fuel density, kg / m3.

Density of fuel dys - the value is non-permanent and depends on the fuel brand and ambient temperature.

GOST 305-82 contains a fixed density indicator (kg / m3) at a temperature of 20 ° C for different grades of diesel fuel - summer, winter and arctic. With increasing temperature, the density of fuel is reduced, with a decrease - increases.

How many kilograms in one centner?

Therefore, it is obvious that the number of liters in the same mass during the sale of diesel fuel (diesel engineering) wholesale can be different - depending on the temperature of the medium.

For a correct and simplified recalculation of the decision of the Ministry of Industry and Commission of Russia, the average density value for various types of fuel is established, incl.

and for diesel fuel: 0.840 kg / liter.

Since the density of diesel fuel is taken at the calculation of a kilogram per liter, the formula for calculating the amount of fuel in liters will take the form: V \u003d (M / 0.840) X 1000, (L).

Recalculation of diesel fuel: tons in liters

To transfer the amount of fuel from liters to tons, it is necessary to use the inverse formula: M \u003d V x 0,840 / 1000, (T),

where V is the volume of fuel in liters;

M - Mass of fuel in tons;

0.840 - fuel density, kg / l.

It should be noted that in Rostechnadzor adopted their averaged fuel density values \u200b\u200bfor recalculating liters in tons, and for diesel fuel ρ \u003d 0.84 t / m3.

Network gas station "Magistral":
- high-quality fuel
- low prices
- great service

Units of Time

At the bottom of the text there are 9 time units. See the information about the room or the number you wrote to translate into the text. Here you can find out how many units will be per unit time.

Below are examples of how much they will be if:

Seconds \u003d 6300.

minutes105

watch1,75

day+0,072916666666667

sunday+0,010416666666667

months0,0024305555555556

in+0,00019977168949772

century1.9977168949772E-6

millennium1.9977168949772E-7

Minute \u003d 6300.

seconds378000

watch105

day4375

sunday0,625

months+0,14583333333333

in+0,011986301369863

century+0,00011986301369863

millennium1.1986301369863E-5

Clock \u003d 6300.

seconds22680000

minutes378000

day262,5

sunday+37,5

months8,75

in+0,71917808219178

century0,0071917808219178

millennium+0,00071917808219178

Day \u003d 6300.

seconds544320000

minutes9072000

watch151 200

sunday900

months210

in+17,260273972603

century+0,17260273972603

millennium+0,017260273972603

Sunday \u003d 6300.

seconds3810240000

minutes63504000

watch1058400

day44100

months1470

in+120,82191780822

century+1,2082191780822

millennium+0,12082191780822

Months \u003d 6300.

seconds16329600000

minutes272160000

watch4536000

day189000

sunday27000

in+517,80821917808

century+5,1780821917808

millennium+0,51780821917808

Year \u003d 6300.

seconds198676800000

minutes3311280000

watch55188000

day2299500

sunday328 500

months76650

century63

millennium6.3.

Century \u003d 6300.

seconds19867680000000

minutes331128000000

watch5518800000

day229950000

sunday32850000

months7665000

in630000

millennium630

Milenium \u003d 6300.

seconds1,986768E + 14.

minutes3311280000000

watch55188000000

day2299500000

sunday328500000

months76650000

in6300000

century63000

Units of length

On the bottom side of the text also indicates units of length.

Here you can see how much your number or number will be in length, not in time. Here each unit is transferred to other units of time.

Millimeters \u003d 6300.

centimeter630

decimeter63

meter6.3.

kilometers0,0063

Santimeters \u003d 6300.

millimeter63000

decimeter630

meter63

kilometers0063

Decimeters \u003d 6300.

millimeter630000

centimeter63000

meter630

kilometers0,63

Counters \u003d 6300.

millimeter6300000

centimeter630000

decimeter63000

kilometers6.3.

Kilometers \u003d 6300.

millimeter6300000000

centimeter630000000

decimeter63000000

meter6300000

Mass measurement units

Mass units of measurement represent interesting information, like everyone else.

True here is not complete information, but here you can see how much quantity or number you have already recorded in the mass.

Karati \u003d 6300.

gram+1260

ounce+44,444444444444

Turkish oz+40,514469453376

kilogram1:26

centre0126

Ton0,00126

Gram \u003d 6300.

carat31500

ounce+222,22222222222

Turkish oz+202,57234726688

kilogram6.3.

centre0,63

Ton0,0063

Until \u003d 6300.

carat893 025

gram178 605

Turkish oz+5742,9260450161

kilogram178 605

centre17,8605

Ton0.178605

Turkish ounces \u003d 6300

carat979 650

gram195 930

ounce+6911,1111111111

kilogram195,93

centre19593

Ton0,19593

Kilograms \u003d 6300.

carat31500000

gram6300000

ounce222222.22222222

Turkish oz202572.34726688

centre630

Ton6.3.

Centers \u003d 6300.

carat315000000

gram63000000

ounce2222222.2222222

Turkish oz2025723.4726688

kilogram63000

Ton63

Toni \u003d 6300.

carat31500000000

gram6300000000

ounce+222222222,22222

Turkish oz+202572347,26688

kilogram6300000

centre630000

Algebra and geometry

In this section, we suggest you look at the geometric and arithmetic examples for the specified number or the numbers you wrote to see how Ano is written in words.

Enter the text with Russian letters:

Translate Clear

How will Latin letters:

Why translate Russian letters to Latin?

Since our Russia has not yet been a very rich country and most companies cannot afford to organize the distribution of free samples for advertising their goods, then at the moment most offers about Halyava comes from abroad.

Since the most common language is English, then the form of order of free probes is often in English.

Address information and FIO of the recipient in such forms must be fill in Latin. As the Latin will also understand our postmen and those companies that distribute freebies.

If you write in Russian, that is, the risk that the organizers of the share simply will not want to spend time transfer and understand what is written there.

If you write in English, our postmen will not understand who and where to deliver.

The best option is to write the delivery address of the freebies and the name of the recipient of the freebies on Latin.

Now on the Internet is full of different translators, but most of them are either not comfortable, or they need to look for a long time.

We offer to enjoy the constantly our free commerce by the Russian text to Latin.

When you order freebie through forms written in English, then write the shipping address and the name on Latin.

Translate Russian text on Latin will allow our free, simple and convenient service. When we order samples from foreign sites, you always do it and freebies, not always :-), but comes. So the way is correct.