calculand - Volume charge density
Unit converter
Quantity converter
Numeral systems
Calculate primes
Convert WARP
Volume formulas
Area formulas
Length formulas
Energy formulas
Force formulas
Pressure formulas
Power formulas
Velocity formulas
Heat formulas
Light formulas
Exponents, roots
Logarithm
Circular functions
Elements and materials
Formula collection
Unit list
Quantity list
Numeral systems list
Impressum/Contact
A - D
E - K
L - N
P - S
T - W
<
>
Temperature
Temperature difference
Temperature gradient
Thermal area expansion
Thermal conductance
Thermal conductivity
Thermal insulance
Thermal length expansion
Thermal resistance
Thermal resistivity
Thermal transmittance
Thermal volume expansion
Time
Time fraction
Torque
Transmissivity
Turnover number
Velocity
Velocity gradient
Voltage
Volume
Volume charge density
Volume fraction
Volumetric flow
Volumetric heat capacity
Wave number
Weight flow
Gigacoulomb per cubic metre [GC/m³]
from ...
abC/cm³, abC/ccm - Abcoulomb per cubic centimetre
abC/m³ - Abcoulomb per cubic metre
Ah/m³ - Ampere hour per cubic metre
Amin/m³ - Ampere minute per cubic metre
As/cm³, As/ccm - Ampere second per cubic centimetre
As/m³ - Ampere second per cubic metre
aC/m³ - Attocoulomb per cubic metre
cC/m³ - Centicoulomb per cubic metre
C/cm³, C/ccm - Coulomb per cubic centimetre
C/ft³, C/cu. ft. - Coulomb per cubic foot
C/in³, C/cui - Coulomb per cubic inch
C/m³ - Coulomb per cubic metre
C/mm³ - Coulomb per cubic millimetre
daC/m³ - Decacoulomb per cubic metre
dC/m³ - Decicoulomb per cubic metre
eV/V m³ - Electronvolt per volt cubic metre
e/m³ - Elementary charge per cubic metre
EC/m³ - Exacoulomb per cubic metre
fC/m³ - Femtocoulomb per cubic metre
Fr/m³ - Franklin per cubic metre
GC/m³ - Gigacoulomb per cubic metre
hC/m³ - Hectocoulomb per cubic metre
He/m² - Helmholtz per square metre
J/V m³ - Joule per volt cubic metre
kC/m³ - Kilocoulomb per cubic metre
MC/m³ - Megacoulomb per cubic metre
µC/m³ - Microcoulomb per cubic metre
mC/m³ - Millicoulomb per cubic metre
nC/m³ - Nanocoulomb per cubic metre
N/V m² - Newton per volt square metre
PC/m³ - Petacoulomb per cubic metre
pC/m³ - Picocoulomb per cubic metre
q(P)/m³ - Planck charge per cubic metre
statC/cm³, statC/ccm - Statcoulomb per cubic centimetre
statC/m³ - Statcoulomb per cubic metre
TC/m³ - Teracoulomb per cubic metre
Vs/Ω m³ - Volt second per ohm cubic metre
yC/m³ - Yoctocoulomb per cubic metre
YC/m³ - Yottacoulomb per cubic metre
zC/m³ - Zeptocoulomb per cubic metre
ZC/m³ - Zettacoulomb per cubic metre
to ...
abC/cm³, abC/ccm - Abcoulomb per cubic centimetre
abC/m³ - Abcoulomb per cubic metre
Ah/m³ - Ampere hour per cubic metre
Amin/m³ - Ampere minute per cubic metre
As/cm³, As/ccm - Ampere second per cubic centimetre
As/m³ - Ampere second per cubic metre
aC/m³ - Attocoulomb per cubic metre
cC/m³ - Centicoulomb per cubic metre
C/cm³, C/ccm - Coulomb per cubic centimetre
C/ft³, C/cu. ft. - Coulomb per cubic foot
C/in³, C/cui - Coulomb per cubic inch
C/m³ - Coulomb per cubic metre
C/mm³ - Coulomb per cubic millimetre
daC/m³ - Decacoulomb per cubic metre
dC/m³ - Decicoulomb per cubic metre
eV/V m³ - Electronvolt per volt cubic metre
e/m³ - Elementary charge per cubic metre
EC/m³ - Exacoulomb per cubic metre
fC/m³ - Femtocoulomb per cubic metre
Fr/m³ - Franklin per cubic metre
GC/m³ - Gigacoulomb per cubic metre
hC/m³ - Hectocoulomb per cubic metre
He/m² - Helmholtz per square metre
J/V m³ - Joule per volt cubic metre
kC/m³ - Kilocoulomb per cubic metre
MC/m³ - Megacoulomb per cubic metre
µC/m³ - Microcoulomb per cubic metre
mC/m³ - Millicoulomb per cubic metre
nC/m³ - Nanocoulomb per cubic metre
N/V m² - Newton per volt square metre
PC/m³ - Petacoulomb per cubic metre
pC/m³ - Picocoulomb per cubic metre
q(P)/m³ - Planck charge per cubic metre
statC/cm³, statC/ccm - Statcoulomb per cubic centimetre
statC/m³ - Statcoulomb per cubic metre
TC/m³ - Teracoulomb per cubic metre
Vs/Ω m³ - Volt second per ohm cubic metre
yC/m³ - Yoctocoulomb per cubic metre
YC/m³ - Yottacoulomb per cubic metre
zC/m³ - Zeptocoulomb per cubic metre
ZC/m³ - Zettacoulomb per cubic metre
© 2010 - 2024 Norbert Schneider
