Hygroscopic
Conclusion: the dyes found in {substance being separated} were {components found}. the corresponding Retention factor are...................
(Target ion area response / Int Std area response) * (Int Std Injection Vol / Target Injection Vol)
Adjuvant
It can help in the purification of substance that are soluble in any solvent and also this helps because every substance has a different retention factor so they will all appear on different levels in the chromatogram this is used in the field of medicine to obtain extremely pure chemicals for the production of drugs. Answered by XCESS
tlc
the difference between retention time and retention factor is that the retention time is a quatitative value where`s the retention factor is a qualitative on.
Conclusion: the dyes found in {substance being separated} were {components found}. the corresponding Retention factor are...................
No
it depends on the retention time, void time and reagents that you were used on your chromatograph.
The retention factor of a particular material is the ratio of the distance the spot moved above the origin to the distance the solvent front moved above the origin.
Adjuvant
(Target ion area response / Int Std area response) * (Int Std Injection Vol / Target Injection Vol)
Rf Values determine the solubility of a substance with respect to a certain solvent. It also determines the affinity of the solute to the solvent (greater Rf=greater affinity of solute to the solvent)
Retention Factor Rf == Distance traveled / total distance
It can help in the purification of substance that are soluble in any solvent and also this helps because every substance has a different retention factor so they will all appear on different levels in the chromatogram this is used in the field of medicine to obtain extremely pure chemicals for the production of drugs. Answered by XCESS
It is excessive salt intake (sodium) which can place an individual at risk of fluid retention.
Sodium.