9-1

number of entities

N

1

1

9-2

amount of substance

n

mol

1

9-3

relative atomic mass

A_r

1

1

9-4

molar mass

M

kg/mol

M

9-5

molar volume

V_m

m³/mol

L³

9-6.1

molar internal energy

U_m

J/mol

M·L²·T⁻²

9-6.2

molar enthalpy

H_m

J/mol

M·L²·T⁻²

9-6.3

molar Helmholtz energy

F_m

J/mol

M·L²·T⁻²

9-6.4

molar Gibbs energy

G_m

J/mol

M·L²·T⁻²

9-7

molar heat capacity

C_m

J/(mol·K)

M·L²·T⁻²·Θ⁻¹

9-8

molar entropy

S_m

J/(mol·K)

M·L²·T⁻²·Θ⁻¹

9-9.1

particle concentration

n

m⁻³

L⁻³

9-9.2

molecular concentration

C

m⁻³

L⁻³

9-10

mass concentration

γ

kg/m³

M·L⁻³

9-11

mass fraction

w

1

1

9-12.1

amount-of-substance concentration

c

mol/m³

L⁻³

9-12.2

standard amount-of-substance concentration

c°

mol/m³

L⁻³

9-13

mole fraction

x

1

1

9-14

volume fraction

φ

1

1

9-15

molality

b

mol/kg

M⁻¹

9-16

latent heat of phase transition

C_pt

J

M·L²·T⁻²

9-17

chemical potential

μ

J/mol

M·L²·T⁻²

9-18

absolute activity

λ

1

1

9-19

partial pressure

p

Pa

M·L⁻¹·T⁻²

9-20

fugacity

p̃

Pa

M·L⁻¹·T⁻²

9-21

standard chemical potential

μ°

J/mol

M·L²·T⁻²

9-22

activity factor

f

1

1

9-23

standard absolute activity in a mixture

λ°

1

1

9-24

activity of solute

a

1

1

9-25

activity coefficient

γ

1

1

9-26

standard absolute activity in a solution

λ°

1

1

9-27.1

activity of solvent

a_A

1

1

9-27.2

osmotic coefficient of solvent

φ

1

1

9-27.3

standard absolute activity of solvent

λ_A°

1

1

9-28

osmotic pressure

Π

Pa

M·L⁻¹·T⁻²

9-29

stoichiometric number

ν

1

1

9-30

affinity of a chemical reaction

A

J/mol

M·L²·T⁻²

9-31

extent of reaction

ξ

mol

1

9-32

standard equilibrium constant

K°

1

1

9-33

equilibrium constant (pressure basis)

K_p

Pa^(Σν)

1

9-34

equilibrium constant (concentration basis)

K_c

(mol/m³)^(Σν)

1

9-35.1

microcanonical partition function

Ω

1

1

9-35.2

canonical partition function

Z

1

1

9-35.3

grand-canonical partition function

Ξ

1

1

9-35.4

molecular partition function

q

1

1

9-36.1

statistical weight of subsystem

g

1

1

9-36.2

degeneracy

g

1

1

9-37.1

molar gas constant

R

J/(mol·K)

M·L²·T⁻²·Θ⁻¹

9-37.2

specific gas constant

R_s

J/(kg·K)

L²·T⁻²·Θ⁻¹

9-38

mean free path

l

m

L

9-39

diffusion coefficient

D

m²/s

L²·T⁻¹

9-40.1

thermal diffusion ratio

k_T

1

1

9-40.2

thermal diffusion factor

α_T

1

1

9-41

thermal diffusion coefficient

D_T

m²/s

L²·T⁻¹

9-42

ionic strength

I

mol/kg

M⁻¹

9-43

degree of dissociation

α

1

1

9-44

electrolytic conductivity

κ

S/m

M⁻¹·L⁻³·T³·I²

9-45

molar conductivity

Λ_m

S·m²/mol

M⁻¹·L⁻¹·T³·I²

9-46

transport number of the ion

t

1

1

9-47

angle of optical rotation

α

rad

1

9-48

molar optical rotatory power

α_n

rad·m²/mol

L²

9-49

specific optical rotatory power

α_m

rad·m²/kg

M⁻¹·L²