Your browser doesn't support HTML5 audio
| Definition | : | van 't Hoff factor |
| Category | : | Academic & Science » Chemistry |
| Country/ Region |
: | Worldwide
|
| Popularity | : |
|
Van 't Hoff factor (i) is a measure of the degree of dissociation or association of a solute in a solution. It is a dimensionless value that is used to describe the number of particles (ions or molecules) that a solute dissociates or associates into when it is dissolved in a solvent. It is related to the degree of ionization of a solute and can be used to describe electrolyte solutions.
Van 't Hoff factor is named after the Dutch physical chemist Jacobus Henricus van 't Hoff.
|
information
Language & Linguistics
|
|
|
Current
Electronics
|
|
|
Iodine
Chemistry
|
|
|
italic
Internet
|
|
|
moment of inertia
Physics
|
|
|
1 (Roman numeral)
Mathematics
|
|
|
Isoleucine
Biochemistry
|
|
|
Ionic strength
Chemistry
|
|
|
imaginary unit/number
Mathematics
|
|
|
Identity matrix
Mathematics
|
|
|
internet
Products
|
|
|
innovation, a prefix to denote BMW electric vehicles
Automotive
|
|
|
Isospin
Physics
|
|
|
luminous intensity
Physics
|
|
|
orbital inclination
Astronomy & Space Science
|
|
|
interlaced
Display & Graphics
|
|
The full form of i is van 't Hoff factor
information | Current | Iodine | moment of inertia | 1 (Roman numeral) | Ionic strength | imaginary unit/number | Identity matrix | van 't Hoff factor | Isospin | luminous intensity | orbital inclination
information | Current | Iodine | italic | moment of inertia | 1 (Roman numeral) | Isoleucine | Ionic strength | imaginary unit/number | Identity matrix | internet | innovation, a prefix to denote BMW electric vehicles | van 't Hoff factor | Isospin | luminous intensity | orbital inclination | interlaced