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In human history, various unit systems were developed and used in different regions and cultures. Currently, the global standard of measurement is the International System of Units (SI), which is a modern form of the metric system. Although SI is intended for global use, it has not been fully adopted, and some other systems of measurement are still used in parts of the world.

The intent of this site is to provide a convenient means to convert between the various units of measurement within different systems, as well as to provide a basic understanding of the systems currently in use, and how they interact. Refer to the Common Unit Systems page for further information.

Unit Converter Calculator Download

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Use this Conversion Calculator to convert between commonly used units. Select the current unit in the left column, the desired unit in the right column, and enter a value in the left column to generate the resulting conversion. A full list of unit conversions is available at unitconverters.net.

Historically, many different systems of units have been used, where a system of units is defined as a collection of units of measurement with rules that relate them to each other. A unit of measurement is a defined magnitude of a quantity that it used as a standard for measurement for the same kind of quantity, such as measurements of length, weight, and volume.

In the past, many systems of measurement were defined on a local level, and could be based on factors as arbitrary as the length of a king's thumb. While this may work on a local level, when considering trade, as well as science, having systems of units based on units that others may not be able to relate to or understand makes interaction difficult. As such, the development of more universal and consistent systems developed over time. Today, some of the systems of units in use include the metric system, the imperial system, and the United States customary units.

The International System of Units (SI) is the standard metric system that is currently used, and consists of seven SI base units of length, mass, time, temperature, electric current, luminous intensity, and amount of substance. Although SI is used almost universally in science (including in the US), some countries such as the United States still use their own system of units. This is partly due to the substantial financial and cultural costs involved in changing a measurement system compared to the potential benefit of using a standardized system. Since US customary units (USC) are so entrenched in the United States, and SI is already used in most applications where standardization is important, everyday use of USC is still prevalent in the United States, and is unlikely to change. As such, many unit converters including this Conversion Calculator exist, and will continue to do so to ensure that people globally are able to communicate different measurements effectively.

In 1668, John Wilkins proposed a decimal system in which length, area, volume, and mass were linked to each other based on a pendulum that had a beat of one second as a base unit of length. In 1670, Gabriel Mouton proposed a decimal system that was instead based on the circumference of the earth, an idea supported by other prominent scientists of the time such as Jean Picard and Christiaan Huygens, but that did not take hold for approximately another 100 years.

By the mid-eighteenth century, it was clear to nations who traded and exchanged scientific ideas that standardization of weights and measures was necessary. In 1790, Charles Maurice de Talleyrand-Perigord, the Prince of Talleyrand, approached the British (represented by John Riggs-Miller) and the Americans (represented by Thomas Jefferson) with proposals to define a common standard of length based on the length of a pendulum. In that same year, Thomas Jefferson, presented the "Plan for Establishing Uniformity in the Coinage, Weights, and Measures of the United States," which advocated for a decimal system in which units were related to each other by powers of ten. A committee that was formed in France comprised of some of the most prominent scientists of the day came to a similar conclusion, and also proposed a decimal system for all weights and measures. Although Congress considered Jefferson's report, it was not adopted. In Great Britain, John Riggs-Miller lost his British Parliamentary seat in the 1790 election. As such, the measurement system was only implemented in France, and in 1795, the metric system was formally defined in French law. It was not until 1799, however, that the metric system was officially adopted in France, though it was still not universally observed across the country.

After constantly using a calculator to convert between Ether units i thought it would neat toimplement the EthereumJS-Unitslibrary and BigNumber library on awebsite for everyone to use.There is a simple and full converterpage, since the majority wouldn'tbother for any other units than Ether, Gwei and Wei.

Note: In the table above the common units and SI units in each row are not equivalent in value, i.e., 1 curie does not equal 1 becquerel, but they both measure the same parameter.

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Use our calculator to easily convert units from one torque measurement scale to another. Units can be converted in measurement size, such as from ozf.in to lbf.ft, from one measuring system to another, such as from ozf.in to kgf.cm, or from some combination. Bookmark this page as your torque calculator resource.

Many of the above units can be used with the standard metric prefixes yocto, zepto, atto, femto, pico, nano, micro, milli, centi, deci, deca, hecto, kilo, mega, giga, tera, peta, exa, zetta, and yotta. Abbreviated units can also be used with abbreviated prefixes y, z, a, f, p, n, , m, c, d, da, h, k, M, G, T, P, E, Z, and Y. For example, you can use "km" for "kilometer" and "GB" for "gigabyte."

The NOAA Unit Converter for Oil Spills (NUCOS) is a simple desktop tool that converts basic units of velocity, mass, length, etc., but more specifically, converts units that are unique to oil spill response.

NUCOS includes some of the lesser known units used in managing oil and chemical spills. For example, it converts the units for oil volume, viscosity, and density from the conversion list of the Estimated Dispersant System Potential calculator (EDSP), a tool that helps spill responders assess dispersant application system performance.

SI units Conversion Calculator. Convert Testosterone level to nmol/L, ng/mL, ng/dL, ng/100mL, ng%, ng/L, g/L. Clinical laboratory units online conversion from conventional or traditional units to Si units. Table of conversion factors for Testosterone unit conversion to nmol/L, ng/mL, ng/dL, ng/100mL, ng%, ng/L, g/L.

This tool allows you to conveniently convert cholesterol measurements between milligrams per deciliter (mg/dL) and millimoles per litre (mmol/L), two common units used in various parts of the world to express blood cholesterol levels. In many countries, including the United States, cholesterol levels are usually measured in mg/dL. In contrast, countries that use the metric system, such as Canada, Australia and most European countries, commonly use mmol/L.

Need a quick unit conversion from wavelength (nm) to photon energy (eV)? Need to convert flux (ph/s) to average power (mW)? Simply enter the known value in the boxes below, and the calculator will provide the equivalent value in the appropriate unit.

Power (P) is the rate of energy transfer with the SI unit of 1 Watt = 1 J/s. The power of short wavelength light sources in the EUV to X-ray range are often expressed as photon flux (F) in the units of photons per second (ph/s). Average power is related to flux and photon energy by:

Unlike Magnetic Flux above, the Flux Density defines some size for the loop of wire in that example. Flux Density is a measure how many webers are squeezed into some area. In fact, webers per square meter is the unit for flux density. By definition, 1 weber per square meter (Wb/m2) = 1 tesla (T).

There's another, somehow different unit for field strength. It is commonly expressed in amperes/meter (A/m) or oersted (Oe). How is this different than the flux density expressed in gauss or tesla? Why are there 2 different units? Are they the same thing?When we think about the "field strength" at the surface of a magnet (the Surface Field), we're looking for something expressed in gauss. For example, a D82 disc magnet has a surface field of about 2,952 gauss. Stick a magnetometer on the surface of this magnet and we'll measure magnetic flux (often called field strength). So what's this oersted thing all about?

In some ways, you might argue that these things are really the same. They are in many cases, but not always. There are times when saying that 1 oersted is like 1 gauss works out well. Since B = H, it's a fair assumption if the material is air. If you dive into the physics and math of these properties, you'll find a lot more interesting, complex stuff going on. There's a lot more to learn than we'll go into here in a simple unit converter!

Units for dipole moment make sense with this mechanical description: newton meters per Tesla (N m / T). That's newton meters (the torque, force times distance) per Tesla (the field). If you're not used to metric units, you might say the same thing as pound-feet of torque per gauss (lb ft / G). Though technically correct, we've never seen anyone use this unit.

Much more commonly, this unit is expressed in Ampere square meters, A m2. Electrical engineers and physicists find this useful. It's an easy conversion: 1 A m2 = 1 N m / T. You can calculate the dipole moments value yourself using this formula dipole moment formula. Or use our online Pull Force Calculator, which calculates the dipole moment.

The following calculators are provided to help you determine the size of generator required for your specific application. Other calculators on this page are for unit conversions and other power related calculations. ff782bc1db