Physical states (of reactants or products) matter, as do molar concentrations.

Dietary minerals are present in a healthy human being's blood at certain mass and molar concentrations.

In chemistry, compositions can be expressed as molar concentrations of each component.

It is thus a mass or molar concentration.

The name "molar concentration" is incorrect, if commonly used.

The detection method can also be used to determine the molar concentration of analytes.

C is the molar concentration of the electrolyte.

The molar concentration of titrant (N) is calculated as such:

Bile salt and peptides were measured in molar concentrations.

The conversion to molar concentration is given by:

With a careful experimental setup, one can detect sub-pico molar concentrations of proteins.

This however is inaccurate close to the surface, because it assumes that molar concentration is equal to activity.

The molar concentration of NaCl in the solution is therefore:

Normality is defined as the molar concentration divided by an equivalence factor .

Blockage is practically complete in nano molar concentrations.

Some dyes (at equal molar concentration) absorb more visible light than other dyes.

Molar concentration depends on the variation of the volume of the solution due mainly to thermal expansion.

The molar concentration is defined as the amount of a constituent divided by the volume of the mixture :

The SI units for molar concentration are mol/m.

In some organisms, this process is known to spread systemically, despite the initially limited molar concentrations of siRNA.

Typically the initial screening hits display binding affinities for their biological target in the micromolar (10 molar concentration) range.

In this formula, [B] is the initial molar concentration of the base, assuming that no protonation has occurred.

If the concentration refers to original chemical formula in solution, the molar concentration is sometimes called formal concentration.

This matter of ΔH being dependent on physical state and molar concentration means that thermochemical equations must be stoichiometrically correct.

Molar concentration (Molarity)