To convert any value from liters to cubic inches just multiply the value in liters by the conversion factor 61.0237441. So 5.7 liters times 61.02374 is equal to 347.8 cubic inches.
A metric measure of capacity that is equivalent to the volume of one kilogram of water at 4 Celsius and at standard atmospheric pressure (atm) of 760 millimeters of mercury. There are 1000 cubic centimeters, or 1 cubic decimeter in one liter. A liter is a little bit more than 1 quart (1.057 US liquid quarts). Abbreviated as L or l.
There was a point from 1901 to 1963 when a liter was explained as the volume of one kilogram of pure water under the conditions of maximum density at atmospheric pressure. While, due to the mass volume relationship of water being based on a number of factors that can be complex to control (temperature, purity, pressure, isotopic uniformity), as well as the discovery that the prototype of the kilogram was slightly too big (making the liter equal to 1.000026 dm3 rather than 1 dm3), the definition of the liter was reverted to its previous, and current definition.
The liter is used to measure various liquid volumes as well as to label containers containing liquids. It is also used to weigh certain non-liquid volumes such as the size of car backpacks, trunks, and climbing packs, computer cases, microwaves, refrigerators, and recycling bins, as well as for expressing fuel volumes and prices in most countries around the whole world.
The inch (abbreviation: in or ″) is a unit of length in the imperial or British and United States customary systems of measurement. It is equivalent to 1⁄36 yard or 1⁄12 of a foot.
The cubic inch is derived from the inch a unit of length within the imperial and United States customary systems of measurement. Since the years 1950s and 1960s, with the adoption of the international yard the inch has been defined as exactly 2.54 cm.
The cubic inch and cubic foot are still widely used in the United States, and to some extent in the United Kingdom. However, SI (International System of Units) units of measurement are also commonly used throughout these countries.
In the United States, the automotive and aircraft industries in particular use the cubic inch to some extent, though the SI derived or SI accepted units of volume (liter, milliliter, and cubic meter) are also used.
In the UK automotive model numbers are sometimes denoted in cubic inches.
An international system that made successful the decimal system introduced in the early 1790s in France and now it is officially used in all the countries. This system uses the meter, liter, gram as a base unit of length (DISTANCE), capacity (Volume), and weight (MASS) respectively.
Units of lengths:
The units of lengths are kilometer (km), hectometer (hm), decameter (dam), meter (m), decimeter (dm), centimeter (cm) and millimeter (mm).
1 km= 1,000m
Unit of mass:
The units of mass are kilogram (kg), hectogram (hg), decagram (dag), gram (g), decigram (dg), centigram (cg) or milligram (mg).
Unit of capacity:
The unit of capacity are kiloliter (kl), hectoliter (hl), deciliter (dal), liter (l), deciliter (dl), centiliter (cl), milliliter (ml).
1kl= 1,000 l
1dal= 10 l
dl= 0.1 l
cl= 0.01 l
ml= 0.001 l
Benefits of the metric system:
1. Metric measurements are set to be the same in every country or state due to international agreement. The kilogram, meter, or liter will be the same whether you are in France, Canada, Germany, UK, Russia, South Africa or etc.
96 percent population of the world used this system for scientific use in their trades or business.
2. The basic advantage of this system is that an ordinary person can easily convert large scale values into small ones by using the decimal system. (E.g. from millimeters to m, or grams to kg).
3. Their calculations and comparisons are very easy to use, perform, and to understand.
4. In this system, all measured values are multiple of 10, 100, and 1000 accordingly. The multiples of units have a standard prefix. It is easy to see how much the unit is of another unit.
5. It is less likely happens that errors will occur such as with machinery, manufacturing, NSA space probes, etc.
It will be used throughout the world in the future and those who continue to use non-metric units will be left behind the global economy
Liter to Cubic Inch Conversion Table
|Liter [L, L]||Cubic Inch [in^3]|
|0.01 L, l||0.6102374409 in^3|
|0.1 L, l||6.1023744095 in^3|
|1 L, l||61.0237440947 in^3|
|2 L, l||122.0474881895 in^3|
|3 L, l||183.0712322842 in^3|
|5 L, l||305.1187204737 in^3|
|10 L, l||610.2374409473 in^3|
|20 L, l||1220.4748818946 in^3|
|50 L, l||3051.1872047366 in^3|
|100 L, l||6102.3744094732 in^3|
|1000 L, l||61023.744094732 in^3|
How to Convert Liter to Cubic Inch
1 L, l = 61.0237440947 in^3
1 in^3 = 0.016387064 L, l
Example: convert 15 L, l to in^3:
15 L, l = 15 × 61.0237440947 in^3 = 915.356161421 in^3
ENGINE CONVERSION CHART
To convert engine displacement measurements from one unit to another you can use the below following chart.
|ORGINAL UNIT||DESIRED UNIT||MULTIPLIER|
|CUBIC INCHES (CID)||CUBIC CENTIMETERS (CC)||16.392|
|CUBIC INCHES (CID)||LITERS (L)||0.01634|
|CUBIC CENTIMETERS (CC)||CUBIC INCHES (CID)||0.0612|
|LITERS (L)||CUBIC INCHES (CID)||61.023|
How many cubic inches in 5.7 liter engine:
ENGINE SIZE CHART
For quick reference to some of the most famous engine sizes please use the chart below.
|LITERS (L)||CUBIC CENTIMETERS (CC)||CUBIC INCHES (CID)|
Liter to Inch Conversion Table
|1 liter =||3.937 inch||1 inch =||0.0164 liter|
|2 liter =||4.9603 inch||2 inch =||0.1311 liter|
|3 liter =||5.6781 inch||3 inch =||0.4425 liter|
|4 liter =||6.2496 inch||4 inch =||1.0488 liter|
|5 liter =||6.7322 inch||5 inch =||2.0484 liter|
|6 liter =||7.154 inch||6 inch =||3.5396 liter|
|7 liter =||7.5312 inch||7 inch =||5.6208 liter|
|8 liter =||7.874 inch||8 inch =||8.3902 liter|
|9 liter =||8.1893 inch||9 inch =||11.9462 liter|
|10 liter =||8.482 inch||10 inch =||16.3871 liter|
|11 liter =||8.7558 inch||11 inch =||21.8112 liter|
|12 liter =||9.0135 inch||12 inch =||28.3168 liter|
|13 liter =||9.2572 inch||13 inch =||36.0024 liter|
|14 liter =||9.4887 inch||14 inch =||44.9661 liter|
|15 liter =||9.7095 inch||15 inch =||55.3063 liter|
|16 liter =||9.9206 inch||16 inch =||67.1214 liter|
|17 liter =||10.1232 inch||17 inch =||80.5096 liter|
|18 liter =||10.3179 inch||18 inch =||95.5694 liter|
|19 liter =||10.5055 inch||19 inch =||112.3989 liter|
|20 liter =||10.6867 inch||20 inch =||131.0965 liter|
Cubic inches formula for different units
If you don’t want to convert the unit to inches first, that’s ok, below are formulas for other units.
- length(inches) × width(inches) × height(inches) = cubic inches(in³)
- length(feet) × width(feet) × height(feet) × 1728 = cubic inches(in³)
- length(yards) × width(yards) × height(yards) × 46656 = cubic inches(in³)
- length(cm) × width(cm) × height(cm) ÷ 16.387064 = cubic inches(in³)
- length(meters) × width(meters) × height(meters) × 61023.74390799963 = cubic inches(in³)
Frequently Asked Questions
What is liter used for?
The liter is used for the liquids that can be poured or flow which are measured by the size of their respective container.
Which is the correct liter or litre?
A liter is a spelling used in America or Litre is spelled in Canada used for the measurements of vol of liquids.
What is a liter in measurements?
In the metric system, liter is the unit of vol. One liter is approximately 1.0567 U.S quart.
Is a liter vol or weight?
Liter does not measure the weight or mass but volume.i.e when an object occupies
How many inches are in a cubic inch?
One cubic inch is approximately 16.387 mL. One cubic foot is equal to exactly 1,728 cubic inches because 123 = 1,728. One U.S. gallon is equal to exactly 231 cubic inches because 3 * 7 * 11 = 231.
How do you calculate CFT in inches?
Calculating cubic feet from inches
Multiply your length, width and height figures together, giving you a total in cubic inches (in3) Divide the total by 1728 (as there are 1728 cubic inches in a cubic foot).
In conclusion we found that 5.7 liters times 61.02374 is equal to 347.8 cubic inches.