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...Δ_k''F''_{<u>''n''</u>O2} [kJ/mol], into the electrical format, Δ_k''F''_{<u>''e''</u>O2} [V]. ...to the [[electrical format]], or the pmf from the electrical to the molar format.

This is the template for description of chemicals (name, formular, molar mass, vendor, vendor number, CAS, toxicity info etc.) It should be called in the following format:

* <u>''N''</u>: particle or molecular format of a count; MU = x * <u>''n''</u>: chemical or molar format of amount; MU = mol

...which depends on the energy transformation under study and on the chosen [[format]]. Fundamental MU for electrochemical transformations are: * MU = x, for the particle or molecular format, <u>''N''</u>

...e [[electrical format]], or the '''pmf''' from the electrical to the molar format. ...e [[electrical format]], or the '''pmf''' from the electrical to the molar format.

== Velocity in diffusion: from particle format to chemical format == ...the proportionality constant (in the [[Motive unit |particle or molecular format, <u>''N''</u>]]),

|?Has molar mass=M [g/mol] |format=broadtable

It should be called in the following format: ...{{#if: {{{cas|}}} | CAS: {{{cas|}}}, }} {{#if: {{{molar mass|}}} | M = {{{molar mass|}}} g·mol^-1}} {{#if: {{{h statements|}}} | :::: <span styl

...substance B given in moles. The definition applies to pure substance. The molar mass allows for converting between the mass of a substance and its amount f ...efinition, the term "molecular weight" is widely used as a synonym for the molar mass.

...and thus relates the [[electrical format]] <u>''e''</u> [C] to the [[molar format]] <u>''n''</u> [mol]. The Farady constant, ''F'' = ''e''·''N''_A

...entary B. ''Q''_{''<u>n</u>''B} [C·mol^-1] is charge per molar amount of B. ...as "H⁺ ''<u>e</u>'' m Δ ''F''" or "hydrogen ion \ in electrical format \ motive \ difference \ force", in brief: protonmotive force ''pmF''. If yo

...lar [[format]], advancement is expressed in the same unit as amount [mol]. Molar advancement and amount are distinguished as the dynamic expression related ...bs energy) and [[Intensive quantity |intensive quantities]] (expressed per molar advancement; Gibbs [[force]]).

...sub><u>''n''</u>H⁺''a''</sub>, and by ­0.06 V in the electrical format, ∆_d''F''_{<u>''e''</u>H⁺''a''}. Considering ...force per entity H⁺ (not per e^-) expressed in any MU-format. ∆_el''F''_p⁺ is the partial protonmotive

...SI: amount of substance concentration [[Cohen 2008 IUPAC Green Book]]; the molar and count formats are distinguished as ''n''_B and ''N''<sub>B</s | count format || [[Format]] || <u>''N''</u> || [x] || Tab. 4, 5; Fig. 5

...ount of substance concentration [[[Cohen 2008 IUPAC Green Book |24]]]; the molar and count formats are distinguished as ''n''_B and ''N''<sub>B</s | count format || [[Format]] || <u>''N''</u> || [x] || Tab. 8.1-8.4; Fig. 8.6, 8.9

...bols for thermodynamic quantities and let them represent the intensive, or molar, quantities''" ([[Alberty 1980 Physical chemistry]], p. 4). ...l distinction between size-specific molar quantities and process-intensive molar quantities, such a simplification is acceptable only when restricted to the

|format=broadtable ...Dimension, Elementary entity, International System of Units, Number, Mass, Molar mass, Unit, Volume, Quantity,

:::: The molar volume of an ideal gas at a pressure of 100 kPa (1 bar) and 0 °C is 22.711 |format=broadtable

<big>'''Eq. a''': ''p''·''V'' = ''n''·''RT'' ; the fundamental format: pressure-volume work [Pa·m³]=[J] </big> ...g>'''Eq. c''': ''V''·''n''^-1 = ''RT''·''p''^-1 ; the molar volume, ''V''_m [m³·mol^-1]=[J·mol<sup>-1<

...his is not a commonly used expression, but the inverse is defined as the [[molar volume]] of a pure substance ([[Cohen 2008 IUPAC Green Book |IUPAC]]), ''V' |format=broadtable