Miles and kilometer ( km ) are both units of length usually used to measure out large traveling distances. The kilometer is an SI unit defined as 106 (1e+6) millimeters. A Mile is an English unit set to be equal to 1.60934 Kilometer.
The conversion factor between Mile and Kilometer was set to 1 Mile = 1.60934 Kilometer. Since there are 106 millimeters in a Kilometer, we can set the conversion factor to :
1 miles = 1.60934 km
1 Kilometer = 0.621371 mi
The conversion factor most often used in general approximations is :
1 miles = 1.61 km
1 Kilometer = 0.62 mi
The following are some of the most commonly used conversions.
Miles to Kilometers conversions
Kilometers to miles conversions
A mile is a unit of distance in the American imperial unit system. It is equal to 5280 ft, or about 1.609 km. With qualifiers, "mile" is also used to explain or translate a wide range of units derived from or roughly equivalent to the Roman mile, such as the nautical mile (now 1.852 km correctly), the Italian mile (around 1.852 km), and the Chinese mile (now 500 m exactly).
The Romans divided their mile into 5,000 Roman feet, but the valuable thing of furlongs in pre-modern England meant that the statute mile was made similar to 8 furlongs or 5,280 feet in 1593.
This form of the mile then spread to the British-colonized countries some of which continue to employ the mile. The US Geological Survey now employs the meter for official purposes but legacy data from its 1927 geodetic datum has meant that a separate US survey mile (6336/3937 km) continues to see some use.
Roman mile
The Roman mile contained a thousand paces as measured by every other step—as in the total distance of the left foot hitting the ground 1,000 times. The early Romans, marching their armies through unknown territory, would often push a carved stick in the place after every 1,000 paces.
Italian mile
The Italian mile is considered a direct continuity of the Roman mile, equal to 1000 paces, although its real value over time or between countries could vary greatly.
It was often used in international contexts from the Middle Ages into the 17th century and is also known as the "geological mile". Although, the geographical mile is now a separate official unit.
English mile
The "old English mile" of the ancient and early modern periods varied but seems to have measured about 1.3 international miles (2.1 km). The English long continued the Roman estimates of the mile as 5000 feet, 1000 paces, or eight longer divisions, which they equalized with their "furrow's length" or furlong.
Welsh mile
The Welsh mile was 3 miles and 1470 yards long (6.17 km). It included 9000 paces (cam), each of 3 Welsh feet of 9 inches. (The Welsh inch counted as equivalent to the English inch.) Along with other Welsh units, it was said to have been codified under Dyfnwal the Bald and Silent and held unchanged by Hywel the Good. Along with other Welsh units. It was abandoned following the success of Wales by the English under Edward I in the 13th century.
Scots mile
The Scots mile was longer than the English mile, as written by Robert Burns in the first verse of his poem "Tam o' Shanter". It comprised 8 (Scots) furlongs divided into 320 falls or flaws . It varied from place to place but the most established equivalencies are 1,976 Royal yards (1.123 statute miles or 1.81 km).
Irish mile
The Irish mile measured 2240 yards: approximately 1.27 statute miles or 2.048 kilometers. It was used in Ireland from the 16th-century plantations until the 19th century, with continuing use into the 20th century. The units were based on "English measure" but used a linear perch measuring 7 yards (6.4 m) as opposed to the English rod of 5.5 yards (5.0 m).
Other historical miles
The Dutch mile (mijl) has various meanings everywhere in history. One of the older meanings was 5600 ells. But the length of an ell was not standardized so that the length of a mile could range between 3280 m and 4280 m.
The Dutch mile also has had old definitions of one hour's walking, which meant around 5 km, or 20,000 Amsterdam or Rhineland feet (every 5660 m or 6280 m). The metric system was introduced in the Netherlands in 1816, and the metric mile became a synonym for the kilometer, being exactly 1000 m. Since 1870, the term mijl was renewed by the equal kilometer. Now, the word mijl is no longer used.
The German mile (Meile) was 24,000 German feet. The standardized Austrian mile used in southern Germany and the Austrian Empire was 7.586 km; the Prussian mile used in northern Germany was 7.5325 km. The Danish mile (mil) was equal to the Prussian mile and likewise separated into 24,000 feet. The Germans also used a longer version of the geographical mile.
The Hungarian mile varied from 8.3790 km to 8.9374 km before being ordered as 8.3536 km.
The Portuguese mile used in Portugal and Brazil was 2.0873 km before metrication.
The Russian mile was 7.468 km, divided into 7 versts.
International mile
The international mile is precisely equal to 1.609344 km (or 25146/15625 km as a fraction). It was established as part of the 1959 international yard and pound agreement reached by the United States, the United Kingdom, Canada, Australia, New Zealand, and Union of South Africa, which resolved small but measurable differences that had arisen from separate physical standards each country had maintained for the yard. As with the earlier statute mile, it continues to comprise 1,760 yards or 5,280 feet.
U.S. survey mile
The U.S. survey mile is 5,280 survey feet, or about 1,609.347 metres. In the United States, the term statute mile formally refers to the survey mile, but for most purposes, the difference between the survey mile and the international mile is insignificant—one international mile is 0.999998.
| Conversion | Value |
|---|---|
| 1 Mile to Inch | 63360 |
| 1 Mile to Foot | 5280 |
| 1 Mile to Yard | 1760 |
| 1 Mile to Chain | 80 |
| 1 Mile to Furlong | 8 |
| 1 Mile to Centimetre | 160934.4 |
A kilometer is a unit of length in the metric system. It is equal to one thousand meters. A kilometer is similar to 62/100 of a mile, and a mile is equal to about 1.61 kilometers. One mile has 1760 yards in it or 1,609.344 meters.
At present, the kilometer is the measurement unit used for showing distances between geological places on land in most of the world. The kilometer, or kilometre is a multiple of the meter, which is based on SI unit for length.
In the metric system, "kilo" is the prefix for 103. Kilometers can be abbreviated as km. As an example, 1 kilometer can be written as 1 km.
Normally At highway speed, a car goes around 100 km in an hour (100 km/h). It takes about 12 minutes to walk 1 km.
| Conversion | Value |
|---|---|
| 1 kilometer to meters | 1000 meters |
| 1 kilometer to feet | 3281 feet |
| 1 kilometer to yards | 1094 yards |
| 1 kilometer to miles | 0.621 miles |
| 1 kilometer to nautical miles | 0.540 nautical miles |
| 1 kilometer to astronomical units | 6.68×10−9 astronomical units |
| 1 kilometer to light-years | 1.06×10−13 light-years |
| 1 kilometer to parsecs | 3.24×10−14 parsecs |
The "Millaire" was the first name of the kilometer. Do you know? Although The meter described in 1799, the myriametre(10000 meters) was selected as the "kilometer" for daily use.
However, The Dutch recognized the kilometer in 1817 but gave it the local name of the mijl. It was only in 1867 that the name "kilometer" became the only standard unit of measure in the Netherlands to represent 1000 meters.
The two German textbooks gives a photograph of the use of the kilometer across Europe in In 1842 and 1848. the kilometer was in use in the Netherlands and Italy, and the myriametre was in use in France.
The prefix "Miriam" was formally abolished, with "Miriameter", leaving the kilometer as the appropriate length unit for the measurement from International Committee for Weights and Measures in 1935.
English units are the units of measurement used in England up to 1826 (when they were replaced by Imperial units), which evolved as a combination of the Anglo-Saxon and Roman systems of units. Various standards have applied to English units at different times, in different places, and for different applications.
The two main sets of English units were the Winchester Units, used from 1495 to 1587, as affirmed by King Henry VII, and the Exchequer Standards, in use from 1588 to 1825, as defined by Queen Elizabeth I.
The English units were replaced by Imperial Units in 1824 (effective 1 January 1826) by a Weights and Measures Act, which retained many though not all of the unit names and redefined (standardised) many of the definitions.
Use of the term "English units" can be ambiguous, as, in addition to the meaning used in this article, it is sometimes used to refer to United States customary units, which have somewhat different definitions, or to Imperial units, the standard units throughout the British Empire and Commonwealth.
The International System of Units is the modern form of the metric system. It is the only system of measurement with an official status in nearly every country in the world.
It comprises a coherent system of units of measurement starting with seven base units, which are the second (the unit of time with the symbol s), metre (length, m), kilogram (mass, kg), ampere (electric current, A), kelvin (thermodynamic temperature, K), mole (amount of substance, mol), and candela (luminous intensity, cd). The system allows for an unlimited number of additional units, called derived units, which can always be represented as products of powers of the base units.
Twenty-two derived units have been provided with special names and symbols.The seven base units and the 22 derived units with special names and symbols may be used in combination to express other derived units, which are adopted to facilitate measurement of diverse quantities.
The SI system also provides twenty prefixes to the unit names and unit symbols that may be used when specifying power-of-ten (i.e. decimal) multiples and sub-multiples of SI units. The SI is intended to be an evolving system, units and prefixes are created and unit definitions are modified through international agreement as the technology of measurement progresses and the precision of measurements improves.
Measurement means compare to a fix standard value. To measure something is to give a number to some property of the thing. Measuring something puts the amount of the thing into numbers. Measurement can be written using many different units. For example, if we want to compare two different sized container for holding a given quantity of liquid so we can ask: Are both containers the same size? Will they hold the same amount of liquid?