| activity of radionuclides |
becquerel |
Bq |
s–1 |
| capacitance |
farad |
F |
C V–1 |
| electric potential |
volt |
V |
W A–1 |
| electric resistance |
ohm |
Ω |
V A–1 |
| energy, work, quantity of heat |
joule |
J |
N · s |
| force |
newton |
N |
kg · m s–2 |
| frequency |
hertz |
Hz |
s–1 |
| power, radiant flux |
watt |
W |
J s–1 |
| pressure |
pascal |
Pa |
N m–2 |
| quantity of electricity, electric charge |
coulomb |
C |
A · s |
|
|
|
|
| acceleration |
meter per second squared |
m s–2 |
|
| area |
square meter |
m2 |
|
| density, mass |
kilogram per cubic meter |
kg m–3 |
|
| entropy |
joule per kelvin |
J K–1 |
|
| heat capacity |
joule per kelvin |
J K–1 |
|
| molar energy |
joule per mole |
J mol–1 |
|
| molar entropy |
joule per mole-kelvin |
J mol–1 K–1 |
|
| specific energy |
joule per kilogram |
J kg–1 |
|
| specific entropy |
joule per kilogram-kelvin |
J kg–1 K–1 |
|
| specific volume |
cubic meter per kilogram |
m3 kg–1 |
|
| specific-heat capacity |
joule per kilogram-kelvin |
J kg–1 K–1 |
|
| surface tension |
newton per meter |
N m–1 |
|
| velocity |
meter per second |
m s–1 |
|
| viscosity, dynamic |
pascal-second |
Pa · s |
|
| viscosity, kinematic |
square meter per second |
m2 s–1 |
|
| volume |
cubic meter |
m3 |
|
| wavenumber |
1 per meter |
1 m–1 |
|