CHAPTER 4 > MATERIALS > TABLES > QUANTITIES, SYMBOLS, UNITS
Quantity | Symbol | Unit |
Amount of substance | n | mole |
Avogadro's constant | N_o | mole |
Change of amount of substance | ∆n | mole |
Chemical potential | mu | G = J/mole |
Concentration | c | mole/m^3 |
Current of amount of substance | I_n | mole/s |
Density | rho | kg/m^3 |
Difference of chemical potential | ∆(mu) | G = J/mole |
Diffusion constant | D | m^2/s |
Equilibrium constant | K | – |
Faraday's constant | F | – |
Mass | Mass | kg |
Mass fraction | x | – |
Mass-volume fraction | z | kg/m^3 |
Molality | m | mole/kg |
Molar entropy | s_m | Ct/mole |
Molar fraction | chi | – |
Molarity (molar concentration) | M | mole/Liter |
Molar mass | Mo | kg/mole |
Molar volume | nu | m^3/mole |
Power (chemical power) | P_chem | W |
Pressure | p | Pa = N/m^2 |
Pressure coefficient of chemical potential | beta | G/Pa |
Production rate of amount of substance | Pi_n | mole/s |
Stoichiometric coefficients | nu | – |
Temperature coefficient of chemical potential | alpha | G/K |