How to translate m3 in water liter. How to translate cubic meters in liter? Instructions for the translation of cubic meters in square

The volume shows the amount of space that fills the substance. Capacity - the value is closely related to the volume. After all, it determines the container of the internal vessel, where this substance is placed. This physical quantity (V) is measured in cubic meters, cubic centimeters, or in cubic decimeters, the latter are equal to liters. Further, in all details we will find out what methods can be translated by m³ to liters.

For example, you installed the pool, you know its volume in meters of cubic (8 m³). So that the water in it does not bloom, it is necessary to add chlorine. But, as it was called to find out how much add chlorine to the amount of water in your tank, you need to know the cabinet containers. From school it is known that 1 dm³ \u003d 1 l. And one meter in Cuba is 1000 dm³, from here 1 m³ \u003d 1000 liters. Now it is clear that V \u003d 8 m³ corresponds to 8,000 liters. Not everyone is clear why in a cubic meter a thousand liters, which is generally a cubic meter. Imagine a large cube with dimensions: height 1 meter, width 1 meter and 1 meter length. This cube and accommodates a thousand liters of water, tested on experiments. Almost all are familiar with Rubik's cube, on the principle of this puzzle, we divide our cube on equal small parts (size - 1 dm: 1 dm: 1 dm). These small cubes have a capacity of 1 liter. If you recalculate, it turns out 1,000 pieces in one Cuba. Do not lose if the volume is specified in decimal fractions. To translate, it is enough to multiply a thousand. Consider an example: the volume of the aquarium is 0.2 m³, we need litter. The calculation is simple: 0.2 m³ must be multiplied by 1,000, it will turn out 200 liters. There is a aquarium calculator for calculating V water in size. It is enough to measure the length, height, the width of the aquarium or other capacity in cm, insert the values \u200b\u200binto free fields, click on the "Calculate Volume" key, get the result. Having access to the World Wide Web, it is not necessary to even delve into the essence of the process, what is liters, meters cubic, decimeters, etc. Enter in the search engine: Online calculator units of volume measurement, choose like. Next, insert the value in the m³ on the desired window and select what you want to learn liters. The converter will give an answer in a second. Perhaps, to solve the task, the schoolboy will need inverse recalculation - liters in cubic meters. You just have to divide this value to 1,000. Example:

15,000 liters translate to cubic Meters;
15 000 ÷ 1 000 \u003d 15 m³

From history it is known that since 1964 liter was equated to 1 dm³. Before that, since 1901, one liter was equated with a kilogram, i.e. Weight ordinary water at T \u003d 3.9 ° C and at normal (760 mm) atmospheric pressure. The mass of water was 0.9999972 kg.

As you can see, knowing the size of the volume in the meters of cubic, you can calculate the litter. Moreover, by different methods, now they are known to you. Know that liters are used for gas volumes or liquid mass with 100 grams to hundreds of kilograms. When V is more than 1,000 liters, it is better to consider in cubic meters. Yes, and in physics, when solving problems, M³ is used.

For example, to calculate the consumption of stacked building materials, you will need to know how to translate cubic meters in square meters? Such a question is asked by people when buying materials for construction. Any physician teacher assigns it to the category of incorrect, non-response. Indeed, in meters of cubic (m3), the volume is measured, and in square meters (m2) - the area. From point of view mathematical theory - These are inhomogeneous values, characterize different features of items.

To solve practical tasks, the question can be formulated as follows: "How to calculate the area that the material is stacked by the stack (i.e. occupying a certain volume)?" Such calculations are necessary for such building materials:

walls: Brick, aerated concrete, slagoblock, etc.;
lumber: lining, timber, rail;
sheets: foam, mineral insulation, furniture plates.

Instructions for the translation of cubic meters in square

For calculations, it is necessary to know the length, width and thickness of the product. These sizes are translated from centimeters or millimeters to meters (1 cm \u003d 0.01 m; 1 mm \u003d 0.001 m). To do this, multiply the value of the translated parameters to the corresponding number: 20 cm \u003d 20 * 0.01 \u003d 0.2 m; 5 mm \u003d 5 * 0.001 \u003d 0.005 m.

Depending on the goals set, there are several options for the translation of cubic meters in square meters.

1. How many cubes of aerated concrete size 0.20 * 0.25 * 0.6 m is necessary for masonry in one layer of 20 square meters? If divided 1 cube. m to the height of the block, we obtain the area for which this volume is enough: 1 m3 / 0.20 m \u003d 5 m2.

From the proportion:

1 m3 → 5 m2
? m3 → 20 m2
We find 20/5 \u003d 4 m3.

To lay out 20 m2, 4 cubic meters of aerated concrete are required.

2. Which area can be constructed from 3 m3 timber, if it has a length of 6 m and the section 0.15 * 0.2 m?

To do this, it is necessary to divide the volume to the thickness of the timber:

3 m3 / 0.15 m \u003d 20 m2 - this will be the wall area.

3. There are cases when it is important to know which amount is in one Cuba or square.

For example, the lining has a length of 2.5 m, a width of 0.15 m and a thickness of 0.03 m. We define the area and volume of one strip.

The area is equal to the product of the length and width: 2.5 m * 0.15 m \u003d 0.375 m2.
The volume is equal to the product of the length, width and thickness: 2.5 m * 0.15 m * 0.03 m \u003d 0.01125 m3.

We divide the corresponding values:

1 m2 / 0.375 m2 \u003d 2.66 pieces in 1 square meter.
1 m3 / 0.01125 m3 \u003d 88,88 pieces in 1 cubic meter.

Translation of cubic meters in square meters helps accurately calculate the required amount and value of the material. This reduces the monetary and labor costs for excess and additional transportation.

Length converter and distance converter mass converter bulk products and food converter square converter volume and units of measurement in culinary recipes Temperature Converter Pressure Converter, Mechanical Voltage, Yung Converter Energy Converter and Operation Power Converter Power Converter Time Converter Linear Speed \u200b\u200bConverter Flat Angle Converter Heat Efficiency Converter and Fuel Engineering Converter Numbers in Different Request Systems Converter Currency Currency Converter Dimensions women's clothing and shoes sizes of men's clothing and shoes angle speed converter and speed frequency converter acceleration converter angular acceleration Density Converter Specific Specification Converter Inertia Moment Moment Converter Rotating Moment Converter Converter Specific Heat Condition (Masse) Energy Density Converter and Specific Warm Fuel Corvetter (by volume) Temperature Converter Thermal Extension Converter Thermal Resistance Converter Converter Specific Conduction Converter Energy Exposure Converter And Heat Radiation Power Converter Heat Flow Converter Heat Paths Converter Volume Flow Converter Mass Consumption Molar Consumption Converter Mass Converter Mass Converter Molar Concentration Converter Mass Concentration Converter In Solution Dynamic Converter (absolute) viscosity converter Converter kinematic viscosity Surface Tension Converter Parry Permeal Converter Water Pair Flow Converter Sound Sound Level Converter Microphones Sound Pressure Level Converter (SPL) Sound Pressure Level Converter Light Converter Light Converter Light Converter Resolution Converter In Computer Grade Frequency Converter Optical Frequency Converter Power in diopters and focal length optical power in diopters and an increase in lens (×) electrical charge converter linear charge density converter charging surface density converter charging density converter electric current Current linear density converter Surface density Current Converter Electrical field power converter Electrostatic potential and voltage electrical resistance converter Electrical resistance converter Electrical conductivity Converter Electrical conductivity Converter Electrical capacity Converter Inductivity Converter American wire wiring caliber in DBV (DBM or DBMW), DBV (DBV DBV), watts, etc. Units Converter magnetotherapy power converter magnetic field Magnetic Flow Converter Magnetic Induction Converter 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 measuring timber volume calculation molar mass Periodic system chemical elements D. I. Mendeleev

1 cubic meter [m³] \u003d 1000000 ccm [cm³]

Source value

Transformed value

cubic meter cubic kilometer cubic decimeter cubic centimeter cubic millimeter liter exaler petalitr teraltier gigalitr megalitr kilolitr hectolitr decalitr decylitr SanTilitr Millilitr Mikroliter Nanolitr Picolitr Femtolitr Attolyter Cube Cube Cube Barrel (Oil) Barrel American Barrel Galon American Gallon British Quarter Quarter British Pinta USA Pint British glass American glass (metric) Glass British ounce liquid US ounce Liquid British tablespoon amer. Tablespoon (meter) Tablespoon Brit. dessert spoon Amer. Dessert spoon Brit. Teas spoon Amer. Teaspoon metric. Brit teaspoon. Jill, Gill American Jill, Gill British minimian minima British cubic mile cubic yard cubic foot cubic inch register ton 100 cubic feet 100-foot cube acr foot Akre-foot (USA, geodesic) Akr-inch Decaster SECEK CORD CORD Tang Hogshead Foot Drachma Cor (biblical unit) Homer (biblical unit) BAT (biblical unit) Gin (biblical unit) Kab (biblical unit) Log (biblical unit) Glass (Spanish) Earth volume Platform volume cubic astronomical unit Cubic parseca cubic kiloparsk cubic megapars cubic Gigairsek Barrel Bucket Shtof Quarter Wine Bottle Vodka Bottle Glass Charca Label

More information about the volume and units of measurement in culinary recipes

General

The volume is a space occupied by a substance or subject. Also the volume can be denoted free space Inside the tank. The volume is a three-dimensional value, in contrast to, for example, length, which is two-dimensional. Therefore, the volume of flat or two-dimensional objects is zero.

Units of volume

Cubic meter

Unit of measurement of volume in the SI system - cubic meter. The standard definition of one cubic meter is a volume of cube with ribs in one meter long. Derivatives are also widely used, for example, cubic centimeters.

Liter

Litter is one of the most commonly used units in the metric system. It is equal to the volume of cube with ribs 10 cm long:
1 liter \u003d 10 cm × 10 cm × 10 cm \u003d 1000 cubic centimeters

It does not care that 0.001 cubic meters. The mass of one liter of water at a temperature of 4 ° C is approximately equal to one kilogram. Millibers equal to one cubic centimeter or 1/1000 liters are also used. Milliliter is usually denoted as ml.

Jill

Gill - Units of volume used in the United States for measuring alcoholic beverages. One Jill is five liquid ounces in the British imperial system or four in American. One American jill is equal to a quarter pint or half a cup. In Irish pubs, she serves hot drinks in a quarter of Jill, or 35.5 milliliters. In the Scottish portions less - one fifth Gill, or 28.4 millilitra. In England, until recently, the portion was even less, just one sixth Gill or 23.7 millilitra. Now, it is 25 or 35 milliliters depending on the rules of the institution. The owners can decide on their own, which of the two portions to serve them.

Dram

Dram, or drachma - measure volume, mass, as well as a coin. In the past, this measure was used in pharmacy and was equal to one teaspoon. Later, the standard volume of the teaspoon has changed, and one spoon has become equal to 1 and 1/3 of the drachma.

Volumes in cooking

Fluids in culinary recipes are usually measured by volume. Bulk and dry foods in the metric system, on the contrary, are measured by weight.

Tea spoon

The volume of the teaspoon is different in different measurement systems. Initially, one teaspoon was a quarter of the dining room, then - one third. It is the last volume that is now used in the American measurement system. It is about 4.93 milliliters. In American nutrition, the teaspoon size is 5 milliliters. In the UK, it is usually customary to use 5.9 milliliters, but in some dietary benefits and culinary books - It is 5 milliliters. The volume of the teaspoon used in cooking is usually standardized in each country, but to eat spoons of different sizes.

Tablespoon

The volume of the tablespoon also fluctuates depending on the geographic region. For example, in America, one tablespoon is three tea, half oz, approximately 14.7 milliliters, or 1/16 American cup. Tablespoons in the UK, Canada, Japan, South Africa And New Zealand - also contain three teaspoons. So, the metric tablespoon is 15 milliliters. British tablespoon - 17.7 millilita, if tea - 5.9, and 15, - if the tea is 5 milliliters. Australian tablespoon - ⅔ oz, 4 teaspoons, or 20 milliliters.

A cup

As a measure of volume, a cup is not determined so strictly as spoons. The volume of the cup can vary from 200 to 250 milliliters. The metric cup is 250 milliliters, and American is slightly less, about 236.6 millilitra. In American dietology, the volume of the cup is 240 milliliters. In Japan, the cups are even less - only 200 milliliters.

Quarts and gallons

Gallons and quarts also have different magnitude, depending on the geographic region, where they are used. In the imperial measurement system, one gallon is 4.55 liters, and in the American system of measures - 3.79 liters. Mostly in gallons measure fuel. Quart is equal to a quarter of a gallon and, accordingly, 1.1 liters in the American system, and approximately 1.14 liters in the imperial system.

Pint

In pints measure beer even in countries where Pintu is not used to measure other liquids. In the UK, milk and cider are measured in pints. Pinta is equal to one eighth gallon. In some other countries, the Commonwealth of Nations and Europe also use pints, but since they depend on the definition of gallon, and the gallon has a different volume depending on the country, pints are also the same everywhere. The imperial pint is approximately 568.2 millilitra, and American - 473.2 millilitra.

Liquid oz

Imperial oz approximately equal to 0.96 American oz. Thus, the imperial ounce contains approximately 28.4 milliliters, and in American -29.6 millilita. One American oz is also approximately equal to six teaspoons, two tables, and one eighth cup.

Computing volume

Method of displacement of fluid

The volume of the subject can be calculated using the method of fluid displacement. To do this, it is lowered into the liquid of the known volume, geometrically calculates or measure a new volume, and the difference of these two magnitudes and is the volume of the measured object. For example, if, when lowering the subject to a cup with one liter of water, the volume of the liquid will increase to two liters, then the volume of the subject is one liter. In this way, only the volume of objects that do not absorb liquid can be calculated.

Formulas for calculating volume

Volume geometric figures It can be calculated using the following formulas:

Prism: Product the area of \u200b\u200bthe base of the prism to height.

Rectangular parallelepiped: Product length, widths and heights.

Cube: The length of the edges in the third degree.

Ellipsoid: The product of the semi-axle and 4 / 3π.

Pyramid: One third of the works of the base of the pyramid and height. Publish a question in tcterms And within a few minutes you will receive an answer.

How to translate cubes in liter? The answer to this question you will find out by reading this article.

Frequently, students arise difficulties with the translation of one units of measurement to others. From here and many questions like:

1 cube - how many liters?
How many liters in the water cube?
How many liters in Cuba gas, propane, gasoline, sand, earth, ceramisita?
How many in Cuba liters of methane, liquefied gas?
How to translate cm in Cuba (see 3) or DM cube (see 3) in liters?
Cube concrete, gasoline, diesel fuel - is how many liters?

Next, you can allocate a group of questions more specific, for example, how many liters in a water cube, and in the bath? Or how many cubes in the barrel, the volume of 200 liters, and in the bucket, and in 10 liters? And 40 liters of dry hydrogen are how many cubes? These issues are relevant both for students in solving various tasks and for practical purposes, for example, when buying some water tank. We will understand this matter thoroughly, remember, so to speak, the match, so that at any moment you can easily translate Cuba to liters, and of course back.

How many in 1 Cuba liters?

We turn first attention to the fact that regardless of the substance located in the container, the translation from liters in Cuba will always be the same, be it water, gas, sand or gasoline.

How many in 1 Cuba liters?

Let's start with a lyrical retreat, namely from the course school physics. It is known that the generally accepted unit of measurement of volume is a cubic meter. 1 Cubic meter is the volume of the cube, the side of which is equal to a smooth one meter.

This unit is not always convenient and for this reason other - liters are very often used - they are also cubic decimeters and cubic centimeters.

As practice has shown, the unit of measurement - a liter was most convenient, which is the volume of the cube, the length of which is 1 dm or 10 cm. Thus, we obtain that all questions how to translate DM cube to Cuba is equivalent to the question: how to translate liters in Cuba, because 1 dm. cube \u003d 1 liter.

Cube's volume translation formula in liter

1 cubic. M \u003d 1000 L (cube volume formula in liters)

Liter translation formula in cubic meters

1 l \u003d 0.001 cubic meters. M.

Examples of translation of liters in Cuba

And now armed with all the necessary knowledge, we can move directly to the calculations.

Task # 1. : How many liters in 0.5 cubes? Decision : Using the above formula we get: 0.5 * 1000 \u003d 500 liters. Answer : 0.5 Cubes 500 liters.	Task # 6. : How many liters in 300 cubes? Decision : 300 * 1000 \u003d 300 000 liters Answer : 300 cubes 300 thousand liters.
Task # 2.: In 1 cubic meters, how many liters? (the easiest) Decision : 1 * 1 000 \u003d 1 000 liters. Answer : in 1 cube 1,000 liters.	Task # 7.: 5 cubes - how many liters? Decision : 5 * 1000 \u003d 5,000 liters Answer : 5 cubes are 5 thousand liters.
Task # 3.: 2 Cuba is how many liters? Decision : 2 * 1 000 \u003d 2 000 liters. Answer : in 2 cubes 2 000 liters.	Task # 8.: 6 cubes is how many liters? Decision : 6 * 1000 \u003d 6,000 liters. Answer : in 6 cubes 6 thousand liters.
Task # 4. : How many liters in 10 cubes? Decision: 10 * 1000 \u003d 10 000 liters Answer : in 10 cubes 10 thousand liters.	Task # 9. : 4 Cuba How many liters? Decision : 4 * 1000 \u003d 4 000 liters Answer : in 4 cubes 4 thousand liters.
Task # 5. : 20 cubes - how many liters? Decision : 20 * 1000 \u003d 20 000 liters Answer : in 20 cubes 20 thousand liters.	Task # 10. : 500 cube how many liters? Decision: 500 * 1000 \u003d 500 000 liters Answer : in 500 cubes 500 thousand liters.

Examples: How to translate Cuba to Litra?

Consider now the inverse problems of finding the number of cubes in the specified quantity of liters.

Task # 1.: How many cubes are 100 liters? Decision: 100 * 0.001 \u003d 0.1 cubic meters. meter. Answer : 100 liters are 0.1 meters cube.	Task # 6.: How many cubes are 1500 liters? Decision: 1500 * 0.001 \u003d 1.5 meters of cubic. Answer: 1500 liters of 1.5 meters of cubic.
Task # 2.: How many cubes in 200 liters? Decision: 200 * 0.001 \u003d 0.2 cubic meters. meter. Answer : 200 liters 0.2 m. meters.	Task # 7. : How many cubes are 3000 liters? Decision : 3000 * 0.001 \u003d 3 cubic meters. Answer : 3,000 liters - 3 meters of cubic.
Task # 3.: How many cubes in 140 liters? Decision: 140 * 0.001 \u003d 0.14 cubic meters. Answer : 140 liters of 0.14 cubic meters.	Task # 8. : How many cubes are 5,000 liters? Decision : 5000 * 0.001 \u003d 5 cubic meters. Answer : 5,000 liters - 5 meters of cubic.
Task # 4.: How many cubes are 500 liters? Decision : 500 * 0.001 \u003d 0.5 cubes. Answer: in 500 liters of 0.5 cubes.	Task # 9. : How many cubes are 10,000 liters? Decision : 10 000 * 0.001 \u003d 10 cubic meters. m. Answer: 10,000 liters - 10 cubic meters. m.
Task # 5.: How many cubes are 1000 liters? Decision : 1000 * 0.001 \u003d 1 meter cubic. Answer: 1000 liters 1 meter cubic.	Task # 10. : How many cubes are 30,000 liters? Decision: 30 000 * 0.001 \u003d 30 cubic meters. m. Answer : at 30,000 liters of 30 cubic meters. m.

For the speed of calculations, we suggest using our online calculatorami:

cuba Translation Calculator in Lithra

If some questions remained on this topic, or you need help solving the problem of translating cubes in liter or liters in Cuba, then leave them down in the comments.

When performing construction work, for example, during the flooring or repair of certain types of roof, liquefied gas is used. When estimating documentation is compiled for the performance of gas, the estimates are sometimes faced with a problem: how to translate cubic meters in liters.

The fact is that the liquefied gas is most often supplied in the cylinders, the volume of which is measured in liters. In the estimated documentation during calculations, it is most often applied international System Units C, in which a cubic meter is adopted per unit. To calculate the number of gas cylinders and determine their cost should be madetranslation m3 in liter.

The density is called the quantitative value of the mass in kilograms, placed in a cubic meter. Very ambiguous value and depends on the set of factors. The main of them is the temperature. So, propane-butane density can vary from 490 to 619 kg / m3.

What do you need to know?

Cubic meter (m³) - Unit of measurement of volume in the SI system. One cubic meter is equal to the volume of the cube with a side of 1 meter. This unit is a derivative of a system system of a meter, which is defined as "distance taken by light in vacuo during a period of time, equal to 1/299 792 458 seconds."

Liter - an incoming metric unit of volume equal to one cubic decimeter (DM³), 1000 cubic centimeters (cm³) or 10 °³ of cubic meter (m³).

1 cubic meter [m³] \u003d 1000 liter [l]

It is necessary to immediately make a reservation that a simple calculation based on that how many liters in CubaIn our case does not work. 1 m 3 contains 1000 liters of air, water or other substance in the normal state. However, in cylinders, liquid gas, and it is located there at high pressure and low temperature. For use, the substance must be brought into the gaseous phase, while its volume increases many times.

How to calculate?

Under normal atmospheric conditions and a temperature of 15 ° C propane density in liquid state It is 510 kg / m3, and Bhutan is 580 kg / m3. Propane in a gas condition at atmospheric pressure and a temperature of 15 ° C is 1.9 kg / m3, and butane is 2.55 kg / m3. Under normal atmospheric conditions and a temperature of 15 ° C, 0.392 m3 of gas is formed from 1 kg of liquid butane, and from 1 kg of propane of 0.526 m3.

Knowing the volume of gas and its proportion we can determine its mass. So, if the estimate is indicated 27 m 3 propane-butane technical, then multiplying 27 by 2.25 we learn that this volume weighs 60.27 kg. Now, knowing the density of liquefied gas, it is possible to calculate its volume in liters or cubic decimeters. The density of propane-butane in the 80/20 ratio at a temperature of 10 s is 0.528 kg / dm 3. Knowing the density formula of the substance (mass divided into volume) we can find a volume of 60.27 kg of gas. It is 60.27 kg / 0.528 kg / dm 3 \u003d 114.15 dm 3 or 114 liters.

How to translate propane-butane from kilograms to liters?

So, 27 cubic meters of gaseous propane-butane are equal to 114 liters of liquefied gas. To translate every time m 3 in liters Do not use formulas withdraw the relation: 27 m 3 \u003d 107 l, therefore, 1 m 3 \u003d 4.2 liters. Using reference data and simple formulas You can easily make calculations helping in the compilation of estimates.

How to translate propane-butane from liters per kilogram?

Example: It is known that 100 liters of gas is reflected in the car with a density of 0.53. To calculate how many kilograms of gas, you need to multiply at 0.53. It turns out 53 kg of gas.

How many in the cylinder m3

We calculate the weight of the propane butetan mixture in the most common cylinder in construction: volume 50 with a maximum gas pressure of 1,6 MP. The propane share of GOST 15860-84 should be at least 60% (Note 1 to Table 2):

50l \u003d 50 d3 \u003d 0.05m3;

0.05m3 (510 0.6 + 580 0.4) \u003d 26.9 kg

But due to the limitations of the gas pressure of 1,6 mp on the walls in the balloon of this type, more than 21kg are not refilled.

We calculate the volume of propanebutan mixture in a gaseous state:

21kg (0.526 0,6 + 0.392 0.4) \u003d 9,93m3

Conclusion (for the case under consideration): 1 cylinder \u003d 50l \u003d 21kg \u003d 9.93m3

Example: It is known that 21 kilograms of gas, in which the test density is 0.567 is in charge of 50 liters. To calculate liters, you need 21 divided by 0.567. It turns out 37.04 liters of gas.

Technological parameters of liquefied gas:

	Propane	Butane
Chemical name
The density of the liquid phase at 20 ° C, kg \\ liter
Gas density at 15 ° C kg \\ m3
Specific gas volume (air \u003d 1)
Boil moment, ° C
We have a gas that evaporates from 1 kg of liquid phase, m3: at 0 ° C and at a pressure of 101,325 at a temperature of 20 ° C and at a pressure of 101,325