Investigating Redox Reactions: Zinc Oxidation

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SUMMARY

The discussion centers on the oxidation of zinc in a redox reaction involving ammonium nitrate (NH4NO3) and a chlorine catalyst. The reaction produces zinc oxide (ZnO) and water, confirming its classification as a redox reaction. Participants clarify that while decomposition may occur, the primary focus remains on the oxidation-reduction process. The experiment demonstrates the complexity of chemical reactions, particularly in identifying the roles of catalysts and reactants.

PREREQUISITES
  • Understanding of redox reactions and oxidation states
  • Familiarity with ammonium nitrate (NH4NO3) and its properties
  • Knowledge of chemical reaction types, specifically decomposition and catalysis
  • Basic principles of thermodynamics related to chemical reactions
NEXT STEPS
  • Research the mechanisms of redox reactions in inorganic chemistry
  • Study the role of catalysts in chemical reactions, focusing on chlorine
  • Explore the properties and reactions of ammonium nitrate (NH4NO3)
  • Learn about the thermal decomposition of compounds and its implications
USEFUL FOR

Chemistry students, educators, and professionals interested in redox reactions, chemical kinetics, and reaction mechanisms.

Soley101
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I'm trying to find out what type of reaction this is.
a drop of water is added to a small pile of chemicals in a dish, after a few seconds, a blue flame and smoke is produced.

NH4NO3 reacts to form (with chlorine as catalyst) N2O and water

the experiment is called oxidation of zinc, so another equation is Zn and NH4NO3 react to form ZnO and water.

this is definitely a redox reaction right? but is there not a decompostition reaction first that allows the zinc to oxidize? so really, this reaction is oxidation reduction, catlyzed, and decomposition?
 
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Well your reaction is catalyzed and decomposed but that's not what the reaction is. The reaction you have already stated as the oxidation of Zn or a redox reaction.

Edit: He posted the same question twice so you can delete this
 
Last edited:

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