Module: Van::Units::Constants::MKS
- Includes:
- Van::Units
- Defined in:
- lib/van/units/constants/mks.rb
Overview
Constants in the MKS system (meters, kg, sec)
Large assortment of real world contants in standard m kg s types.
Synopsis
include Van::Units::Constants
MKS::SPEED_OF_LIGHT #=> 2.99792458e8 m/s
Constant Summary collapse
- SPEED_OF_LIGHT =
m / s
Math::Constants::MKS::SPEED_OF_LIGHT.m/s
- GRAVITATIONAL_CONSTANT =
m^3 / kg s^2
Math::Constants::MKS::GRAVITATIONAL_CONSTANT.m**3/kg*s**2
- PLANCKS_CONSTANT_H =
kg m^2 / s
Math::Constants::MKS::PLANCKS_CONSTANT_H.kg*m**2/s
- PLANCKS_CONSTANT_HBAR =
kg m^2 / s
Math::Constants::MKS::PLANCKS_CONSTANT_HBAR.kg*m**2/s
- VACUUM_PERMEABILITY =
kg m / A^2 s^2
Math::Constants::MKS::VACUUM_PERMEABILITY.kg*m/A**2*s**2
- ASTRONOMICAL_UNIT =
m
Math::Constants::MKS::ASTRONOMICAL_UNIT.m
- LIGHT_YEAR =
m
Math::Constants::MKS::LIGHT_YEAR.m
- PARSEC =
m
Math::Constants::MKS::PARSEC.m
- GRAV_ACCEL =
m / s^2
Math::Constants::MKS::GRAV_ACCEL.m/s**2
- ELECTRON_VOLT =
kg m^2 / s^2
Math::Constants::MKS::ELECTRON_VOLT.kg*m**2/s**2
- MASS_ELECTRON =
kg
Math::Constants::MKS::MASS_ELECTRON.kg
- MASS_MUON =
kg
Math::Constants::MKS::MASS_MUON.kg
- MASS_PROTON =
kg
Math::Constants::MKS::MASS_PROTON.kg
- MASS_NEUTRON =
kg
Math::Constants::MKS::MASS_NEUTRON.kg
- RYDBERG =
kg m^2 / s^2
Math::Constants::MKS::RYDBERG.kg*m**2/s**2
- BOLTZMANN =
kg m^2 / K s^2
Math::Constants::MKS::BOLTZMANN.kg*m**2/K*s**2
- BOHR_MAGNETON =
A m^2
Math::Constants::MKS::BOHR_MAGNETON.A*m**2
- NUCLEAR_MAGNETON =
A m^2
Math::Constants::MKS::NUCLEAR_MAGNETON.A*m**2
- ELECTRON_MAGNETIC_MOMENT =
A m^2
Math::Constants::MKS::ELECTRON_MAGNETIC_MOMENT.A*m**2
- PROTON_MAGNETIC_MOMENT =
A m^2
Math::Constants::MKS::PROTON_MAGNETIC_MOMENT.A*m**2
- MOLAR_GAS =
kg m^2 / K mol s^2
Math::Constants::MKS::MOLAR_GAS.kg*m**2/K*mol*s**2
- STANDARD_GAS_VOLUME =
m^3 / mol
Math::Constants::MKS::STANDARD_GAS_VOLUME.m**3/mol
- MINUTE =
s
Math::Constants::MKS::MINUTE.s
- HOUR =
s
Math::Constants::MKS::HOUR.s
- DAY =
s
Math::Constants::MKS::DAY.s
- WEEK =
s
Math::Constants::MKS::WEEK.s
- INCH =
m
Math::Constants::MKS::INCH.m
- FOOT =
m
Math::Constants::MKS::FOOT.m
- YARD =
m
Math::Constants::MKS::YARD.m
- MILE =
m
Math::Constants::MKS::MILE.m
- NAUTICAL_MILE =
m
Math::Constants::MKS::NAUTICAL_MILE.m
- FATHOM =
m
Math::Constants::MKS::FATHOM.m
- MIL =
m
Math::Constants::MKS::MIL.m
- POINT =
m
Math::Constants::MKS::POINT.m
- TEXPOINT =
m
Math::Constants::MKS::TEXPOINT.m
- MICRON =
m
Math::Constants::MKS::MICRON.m
- ANGSTROM =
m
Math::Constants::MKS::ANGSTROM.m
- HECTARE =
m^2
Math::Constants::MKS::HECTARE.m**2
- ACRE =
m^2
Math::Constants::MKS::ACRE.m**2
- BARN =
m^2
Math::Constants::MKS::BARN.m**2
- LITER =
m^3
Math::Constants::MKS::LITER.m**3
- US_GALLON =
m^3
Math::Constants::MKS::US_GALLON.m**3
- QUART =
m^3
Math::Constants::MKS::QUART.m**3
- PINT =
m^3
Math::Constants::MKS::PINT.m**3
- CUP =
m^3
Math::Constants::MKS::CUP.m**3
- FLUID_OUNCE =
m^3
Math::Constants::MKS::FLUID_OUNCE.m**3
- TABLESPOON =
m^3
Math::Constants::MKS::TABLESPOON.m**3
- TEASPOON =
m^3
Math::Constants::MKS::TEASPOON.m**3
- CANADIAN_GALLON =
m^3
Math::Constants::MKS::CANADIAN_GALLON.m**3
- UK_GALLON =
m^3
Math::Constants::MKS::UK_GALLON.m**3
- MILES_PER_HOUR =
m / s
Math::Constants::MKS::MILES_PER_HOUR.m/s
- KILOMETERS_PER_HOUR =
m / s
Math::Constants::MKS::KILOMETERS_PER_HOUR.m/s
- KNOT =
m / s
Math::Constants::MKS::KNOT.m/s
- POUND_MASS =
kg
Math::Constants::MKS::POUND_MASS.kg
- OUNCE_MASS =
kg
Math::Constants::MKS::OUNCE_MASS.kg
- TON =
kg
Math::Constants::MKS::TON.kg
- METRIC_TON =
kg
Math::Constants::MKS::METRIC_TON.kg
- UK_TON =
kg
Math::Constants::MKS::UK_TON.kg
- TROY_OUNCE =
kg
Math::Constants::MKS::TROY_OUNCE.kg
- CARAT =
kg
Math::Constants::MKS::CARAT.kg
- UNIFIED_ATOMIC_MASS =
kg
Math::Constants::MKS::UNIFIED_ATOMIC_MASS.kg
- ATOMIC_MASS =
kg
Math::Constants::MKS::ATOMIC_MASS.kg
- GRAM_FORCE =
kg m / s^2
Math::Constants::MKS::GRAM_FORCE.kg*m/s**2
- POUND_FORCE =
kg m / s^2
Math::Constants::MKS::POUND_FORCE.kg*m/s**2
- KILOPOUND_FORCE =
kg m / s^2
Math::Constants::MKS::KILOPOUND_FORCE.kg*m/s**2
- POUNDAL =
kg m / s^2
Math::Constants::MKS::POUNDAL.kg*m/s**2
- CALORIE =
kg m^2 / s^2
Math::Constants::MKS::CALORIE.kg*m**2/s**2
- BTU =
kg m^2 / s^2
Math::Constants::MKS::BTU.kg*m**2/s**2
- THERM =
kg m^2 / s^2
Math::Constants::MKS::THERM.kg*m**2/s**2
- HORSEPOWER =
kg m^2 / s^3
Math::Constants::MKS::HORSEPOWER.kg*m**2/s**3
- BAR =
kg / m s^2
Math::Constants::MKS::BAR.kg/m*s**2
- STD_ATMOSPHERE =
kg / m s^2
Math::Constants::MKS::STD_ATMOSPHERE.kg/m*s**2
- TORR =
kg / m s^2
Math::Constants::MKS::TORR.kg/m*s**2
- METER_OF_MERCURY =
kg / m s^2
Math::Constants::MKS::METER_OF_MERCURY.kg/m*s**2
- INCH_OF_MERCURY =
kg / m s^2
Math::Constants::MKS::INCH_OF_MERCURY.kg/m*s**2
- INCH_OF_WATER =
kg / m s^2
Math::Constants::MKS::INCH_OF_WATER.kg/m*s**2
- PSI =
kg / m s^2
Math::Constants::MKS::PSI.kg/m*s**2
- POISE =
kg m^-1 s^-1
Math::Constants::MKS::POISE.kg*m**-1*s**-1 # kg m^-1 s^-1
- STOKES =
m^2 / s
Math::Constants::MKS::STOKES.m**2/s
- FARADAY =
A s / mol
Math::Constants::MKS::FARADAY.A*s/mol
- ELECTRON_CHARGE =
A s
Math::Constants::MKS::ELECTRON_CHARGE.A*s
- GAUSS =
kg / A s^2
Math::Constants::MKS::GAUSS.kg/A*s**2
- STILB =
cd / m^2
Math::Constants::MKS::STILB.cd/m**2
- LUMEN =
cd sr
Math::Constants::MKS::LUMEN.cd*sr
- LUX =
cd sr / m^2
Math::Constants::MKS::LUX.cd*sr/m**2
- PHOT =
cd sr / m^2
Math::Constants::MKS::PHOT.cd*sr/m**2
- FOOTCANDLE =
cd sr / m^2
Math::Constants::MKS::FOOTCANDLE.cd*sr/m**2
- LAMBERT =
cd sr / m^2
Math::Constants::MKS::LAMBERT.cd*sr/m**2
- FOOTLAMBERT =
cd sr / m^2
Math::Constants::MKS::FOOTLAMBERT.cd*sr/m**2
- CURIE =
1 / s
Math::Constants::MKS::CURIE*1/1.s
- ROENTGEN =
A s / kg
Math::Constants::MKS::ROENTGEN.A*s/kg
- RAD =
m^2 / s^2
Math::Constants::MKS::RAD.m**2/s**2
- SOLAR_MASS =
kg
Math::Constants::MKS::SOLAR_MASS.kg
- BOHR_RADIUS =
m
Math::Constants::MKS::BOHR_RADIUS.m
- VACUUM_PERMITTIVITY =
A^2 s^4 / kg m^3
Math::Constants::MKS::VACUUM_PERMITTIVITY.A**2*s**4/kg*m**3
- NEWTON =
kg m / s^2
Math::Constants::MKS::NEWTON.kg*m/s**2
- DYNE =
kg m / s^2
Math::Constants::MKS::DYNE.kg*m/s**2
- JOULE =
kg m^2 / s^2
Math::Constants::MKS::JOULE.kg*m**2/s**2
- ERG =
kg m^2 / s^2
Math::Constants::MKS::ERG.kg*m**2/s**2
Method Summary
Methods included from Van::Units
append_features, #const_missing, #method_missing, with_unit_converter
Dynamic Method Handling
This class handles dynamic methods through the method_missing method in the class Van::Units