PhysicalQuantity
A physical property of a material or system that can be quantified by measurement
Inheritors
Types
A PhysicalQuantityWithDimension representing the absorbed ionizing radiation dose per unit time
A PhysicalQuantityWithDimension representing the rate of change of velocity per unit time
A PhysicalQuantityWithDimension representing momentum of particle multiplied by distance travelled
A PhysicalQuantityWithDimension representing the quantity proportional to the number of particles in a sample
A PhysicalQuantityWithDimension representing the ratio of circular arc length to radius
A PhysicalQuantityWithDimension representing change in angular velocity per unit time
A PhysicalQuantityWithDimension representing the angle incremented in a plane by a segment connecting an object and a reference point per unit time
A PhysicalQuantityWithDimension representing the extent of a surface
A PhysicalQuantityWithDimension representing the mass per unit area
A PhysicalQuantityWithDimension representing the amount of substance per time
A PhysicalQuantityWithDimension representing the catalytic activity per unit volume
A PhysicalQuantityWithDimension that has been defined by this library
A PhysicalQuantityWithDimension representing the mass per unit of volume
A PhysicalQuantity that has no specific dimension
A PhysicalQuantityWithDimension representing the resistance of an incompressible fluid to stress
A PhysicalQuantityWithDimension representing the electric conductance per unit length
A PhysicalQuantityWithDimension representing the stored charge per unit electric potential
A PhysicalQuantityWithDimension representing the force per unit electric field strength
A PhysicalQuantityWithDimension representing the electric charge per unit volume
A PhysicalQuantityWithDimension representing how easily current flows through a material
A PhysicalQuantityWithDimension representing the rate of flow of electrical charge per unit time
A PhysicalQuantityWithDimension representing the electric current per unit area
A PhysicalQuantityWithDimension representing the electric charge separation of a dipole multiplied by distance
A PhysicalQuantityWithDimension representing the force per unit electric charge
A PhysicalQuantityWithDimension representing the magnetic flux generated per unit current through a circuit
A PhysicalQuantityWithDimension representing the electric potential per unit electric current
A PhysicalQuantityWithDimension representing energy
A PhysicalQuantityWithDimension representing the energy stored per unit volume
A PhysicalQuantityWithDimension representing the equivalent ionizing radiation dose per unit time
A PhysicalQuantityWithDimension representing the electric charge produced per unit mass by ionizing radiation
A PhysicalQuantityWithDimension representing the transfer of momentum per unit time
A PhysicalQuantityWithDimension representing the number of (periodic) occurrences per unit time
A PhysicalQuantityWithDimension representing energy per unit temperature change
A PhysicalQuantityWithDimension representing wavelength-weighted luminous flux per unit surface area
A PhysicalQuantityWithDimension representing ionizing radiation energy absorbed by biological tissue per unit mass
A PhysicalQuantityWithDimension representing the received radiation adjusted for the effect on biological tissue
A PhysicalQuantityWithDimension representing the radiant flux received by a surface per unit area
A PhysicalQuantityWithDimension representing change of acceleration per unit time
A PhysicalQuantityWithDimension representing ratio of the dynamic viscosity over the density of the fluid
A PhysicalQuantityWithDimension representing the one-dimensional extent of an object
A PhysicalQuantityWithDimension representing electric charge per unit of length
A PhysicalQuantityWithDimension representing mass per unit of length
A PhysicalQuantityWithDimension representing luminous intensity per unit area of light
A PhysicalQuantityWithDimension representing the perceived energy of light
A PhysicalQuantityWithDimension representing the amount of light per unit area
A PhysicalQuantityWithDimension representing the perceived power of a light source
A PhysicalQuantityWithDimension representing the wavelength-weighted power of emitted light per unit solid angle
A PhysicalQuantityWithDimension representing the magnetic strength and orientation of a current loop, the electric current multiplied by area
A PhysicalQuantityWithDimension representing the magnetizing force, the electric current per unit length
A PhysicalQuantityWithDimension representing the measure of magnetism, taking account of the strength and the extent of a magnetic field
A PhysicalQuantityWithDimension representing the production of an electromotive force across an electrical conductor in a changing magnetic field
A PhysicalQuantityWithDimension representing the mass of a substance which passes per unit of time
A PhysicalQuantityWithDimension representing the mass flow rate through a surface per unit area
A PhysicalQuantityWithDimension representing the amount of substance per unit of mass
A PhysicalQuantityWithDimension representing the amount of energy present in a system per unit amount of substance
A PhysicalQuantityWithDimension representing the heat capacity of a system per unit amount of substance
A PhysicalQuantityWithDimension representing the amount of substance per unit of volume
A PhysicalQuantityWithDimension representing the ratio between the mass and the amount of substance
A PhysicalQuantityWithDimension representing the ratio of the volume occupied by a substance to the amount of substance
A PhysicalQuantityWithDimension representing an object's resistance to angular acceleration, the mass multiplied by the square of distance
A PhysicalQuantityWithDimension representing the product of an object's mass and velocity
A PhysicalQuantityWithDimension representing the magnetic inductance per unit length
A PhysicalQuantityWithDimension representing the electric capacitance per unit length
A PhysicalQuantity that has a specific dimension
A PhysicalQuantityWithDimension representing the rate of transfer of energy per unit time
A PhysicalQuantityWithDimension representing force per unit area
A PhysicalQuantityWithDimension representing the radiant flux emitted per unit solid angle per unit projected area
A PhysicalQuantityWithDimension representing the radiant flux emitted per unit solid angle
A PhysicalQuantityWithDimension representing the number of particles decaying per unit time
A PhysicalQuantityWithDimension representing the opposition a magnetic circuit presents to magnetic flux
A PhysicalQuantityWithDimension representing the electrical resistance of a material per unit length
A PhysicalQuantityWithDimension representing the rate of change of jolt per unit time
A PhysicalQuantityWithDimension representing the ratio of area on a sphere to its radius squared
A PhysicalQuantityWithDimension representing energy density per unit mass
A PhysicalQuantityWithDimension representing heat capacity per unit mass
A PhysicalQuantityWithDimension representing volume per unit mass
A PhysicalQuantityWithDimension representing the weight of a material per unit volume
A PhysicalQuantityWithDimension representing the moved distance per unit time
A PhysicalQuantityWithDimension representing the electric charge per unit area
A PhysicalQuantityWithDimension representing energy change per unit change in surface area
A PhysicalQuantityWithDimension representing the average kinetic energy per degree of freedom of a system
A PhysicalQuantityWithDimension representing the heat flow rate through a body per unit temperature difference
A PhysicalQuantityWithDimension representing a material's ability to conduct heat per unit length per unit temperature difference
A PhysicalQuantityWithDimension representing the thermal resistance of unit area of a material
A PhysicalQuantityWithDimension representing the ease with which an object resists conduction of heat
A PhysicalQuantityWithDimension representing the duration of an event
A PhysicalQuantityWithDimension representing the rotational equivalent of force; the product of force and lever-arm distance. Shares its dimension with Energy but is a distinct quantity; convert between the two with asEnergy()/asTorque().
A PhysicalQuantityWithDimension that can be used to create custom scientific units
A PhysicalQuantityWithDimension representing the energy required to move a unit charge through an electric field from a reference point
A PhysicalQuantityWithDimension representing the three dimensional extent of an object
A PhysicalQuantityWithDimension representing the rate of change of volume with respect to time
A PhysicalQuantityWithDimension representing the rate of volume flow across a unit area
A PhysicalQuantityWithDimension representing a measure of resistance to acceleration
A PhysicalQuantityWithDimension representing the rate of change of force per unit time