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Oxidizing Agents definitions

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Termini in questo insieme (15)

  • Permanganate Ion
    A dark purple, strong oxidizing agent prone to forming manganese oxide precipitate, requiring storage in dark glass to prevent decomposition.
  • Cerium 4 Ion
    A costly, powerful oxidizing agent that readily accepts electrons to become the more stable cerium 3 ion in redox titrations.
  • Dichromate Ion
    An orange, moderately strong oxidizing agent valued for its stability and use as a primary standard in titrations.
  • Triiodide Ion
    A yellow, weak oxidizing agent formed from iodine and iodide, commonly standardized with sodium thiosulfate and detected with starch.
  • Manganese 4 Oxide
    A brown precipitate formed when permanganate ion decomposes, complicating solution purity and storage.
  • Primary Standard
    A highly pure, stable substance used to accurately determine the concentration of a solution in titrations.
  • Indicator
    A compound that signals the endpoint of a titration by changing color, such as starch for triiodide or permanganate's own color.
  • Standardization
    A process involving reaction with a known reducing agent to accurately determine the concentration of an oxidizing agent solution.
  • Analyte
    A substance whose chemical composition or concentration is determined during a titration with an oxidizing agent.
  • Manganese 2 Ion
    A colorless product formed when permanganate ion is reduced in acidic solution, marking the endpoint in some titrations.
  • Chromate Ion
    A yellow ion produced when dichromate is placed in basic solution, involved in further redox reactions.
  • Starch
    A colorless indicator that turns black in the presence of iodine, used to detect triiodide ion during titrations.
  • Ferroin
    A redox indicator used with cerium 4 ion titrations to visually signal the endpoint by a distinct color change.
  • Oxalic Acid
    A reducing agent commonly used to standardize permanganate and cerium 4 ion solutions in redox titrations.
  • Le Chatelier's Principle
    A concept explaining how changes in concentration, temperature, or pressure shift chemical equilibria to counteract the disturbance.