Editing Titration (section)

===Redox titrations===

*[[Winkler test for dissolved oxygen]]: Used to determine oxygen concentration in water. Oxygen in water samples is reduced using [[manganese(II) sulfate]], which reacts with [[potassium iodide]] to produce [[iodine]]. The iodine is released in proportion to the oxygen in the sample, thus the oxygen concentration is determined with a redox titration of iodine with [[thiosulfate]] using a starch indicator.<ref>
{{Cite book
  | last = Spellman
  | first = F.R.
  | title = Handbook of Water and Wastewater Treatment Plant Operations
  | url = https://archive.org/details/handbookwaterwas00spel_843
  | url-access = limited
  | publisher = CRC Press
  | edition = 2
  | year = 2009
  | pages = [https://archive.org/details/handbookwaterwas00spel_843/page/n587 545]
  | isbn = 978-1-4200-7530-4
}}</ref>
*[[Vitamin C]]: Also known as ascorbic acid, vitamin C is a powerful reducing agent. Its concentration can easily be identified when titrated with the blue dye Dichlorophenolindophenol ([[Dichlorophenolindophenol|DCPIP]]) which becomes colorless when reduced by the vitamin.<ref>
{{Cite book
  | title = Biology
  | publisher = Taylor & Francis
  | volume = 3
  | year = 1967
  | location = London
  | pages = 52
}}</ref>
*[[Benedict's reagent]]: Excess [[glucose]] in urine may indicate [[diabetes]] in a patient.  Benedict's method is the conventional method to quantify glucose in urine using a prepared reagent.  During this type of titration, glucose reduces [[Copper|cupric]] ions to cuprous ions which react with [[potassium thiocyanate]] to produce a white precipitate, indicating the endpoint.<ref>
{{Cite book
  | last = Nigam
  | title = Lab Manual Of Biochemistry
  | publisher = Tata McGraw-Hill Education
  | year = 2007
  | pages = 149
  | isbn = 978-0-07-061767-4
}}</ref>
*[[Bromine number]]: A measure of [[Saturated and unsaturated compounds|unsaturation]] in an analyte, expressed in milligrams of bromine absorbed by 100&nbsp;grams of sample.
*[[Iodine number]]: A measure of unsaturation in an analyte, expressed in grams of iodine absorbed by 100&nbsp;grams of sample.