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Quantities comparison
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Quantity 1 :
molality
plane angle
polarization density
power
optical power
molarity
molar volume
molar mass
molar heat capacity
molar entropy
molar energy
molar conductivity
permittivity
mass flow rate
magnetic reluctance
mass
magnetomotive force
magnetization
magnetic vector potential
magnetic susceptibility
magnetic rigidity
momentum
volume
magnetic permeability
magnetic moment
magnetic flux density
magnetic flux
magnetic field strength
magnetic dipole moment
mass density
voltage
resistivity
torque
luminous intensity
temperature relative to 273.15 K
thermal conductivity
thermal diffusivity
thermal expansion coefficient
thermal resistance
moment of force
temperature gradient
surface tension
stress
weight
stiffness
speed
spectral radiance
spectral power
spectral irradiance
spectral intensity
time
moment of inertia
thermodynamic temperature
radiant intensity
radioactivity (decays per unit time)
reactance
velocity
snap
spatial frequency
specific angular momentum
specific energy
specific entropy
specific heat capacity
specific volume
solid angle
luminous flux
catalytic efficiency
luminous energy
electrical conductance
electrical capacitance
electric field strength
electric displacement field
electric current
electric charge or quantity of electricity
dynamic viscosity
diffusion coefficient
density
curvature
compressibility
wavenumber
catalytic activity
area density
electrical conductivity
area
angular momentum
angular acceleration
angle
amount of substance concentration
amount of substance
action
acceleration
absorbed dose rate
absorbed dose (of ionizing radiation)
power density
pressure
radiance
radiant exposure
radiant flux
angular velocity
luminous exposure
electrical inductance
electrical resistance
luminous efficacy
luminance
linear mass density
linear charge density
length
kinematic viscosity
jounce
jolt
jerk
irradiance
impulse
impedance
illuminance
heat flux density
electrical potential difference
heat capacity
fuel efficiency
frequency drift
frequency
force
exposure (X and gamma rays)
equivalent dose (of ionizing radiation)
entropy
energy flux density
energy density
energy
electron mobility
electromotive force
electric current density
electric charge density
heat
volumetric flow
yank
work
Quantity 2 :
molality
plane angle
polarization density
power
optical power
molarity
molar volume
molar mass
molar heat capacity
molar entropy
molar energy
molar conductivity
permittivity
mass flow rate
magnetic reluctance
mass
magnetomotive force
magnetization
magnetic vector potential
magnetic susceptibility
magnetic rigidity
momentum
volume
magnetic permeability
magnetic moment
magnetic flux density
magnetic flux
magnetic field strength
magnetic dipole moment
mass density
voltage
resistivity
torque
luminous intensity
temperature relative to 273.15 K
thermal conductivity
thermal diffusivity
thermal expansion coefficient
thermal resistance
moment of force
temperature gradient
surface tension
stress
weight
stiffness
speed
spectral radiance
spectral power
spectral irradiance
spectral intensity
time
moment of inertia
thermodynamic temperature
radiant intensity
radioactivity (decays per unit time)
reactance
velocity
snap
spatial frequency
specific angular momentum
specific energy
specific entropy
specific heat capacity
specific volume
solid angle
luminous flux
catalytic efficiency
luminous energy
electrical conductance
electrical capacitance
electric field strength
electric displacement field
electric current
electric charge or quantity of electricity
dynamic viscosity
diffusion coefficient
density
curvature
compressibility
wavenumber
catalytic activity
area density
electrical conductivity
area
angular momentum
angular acceleration
angle
amount of substance concentration
amount of substance
action
acceleration
absorbed dose rate
absorbed dose (of ionizing radiation)
power density
pressure
radiance
radiant exposure
radiant flux
angular velocity
luminous exposure
electrical inductance
electrical resistance
luminous efficacy
luminance
linear mass density
linear charge density
length
kinematic viscosity
jounce
jolt
jerk
irradiance
impulse
impedance
illuminance
heat flux density
electrical potential difference
heat capacity
fuel efficiency
frequency drift
frequency
force
exposure (X and gamma rays)
equivalent dose (of ionizing radiation)
entropy
energy flux density
energy density
energy
electron mobility
electromotive force
electric current density
electric charge density
heat
volumetric flow
yank
work
Submit
Item
temperature relative to 273.15 K
Comparison
Quantity2
Name
temperature relative to 273.15 K
SymbolQuantity
SymbolDimension