SUMMARY
The compound lithium nitride is represented as Li3N, formed from lithium (Li) and nitrogen (N). In this reaction, lithium is oxidized from Li^0 to Li^+ while nitrogen is reduced from N2 to N^{3-}. The coefficient (2) in the reaction 6Li + N2 → 2Li3N indicates that two moles of lithium nitride are produced from six moles of lithium and one mole of nitrogen. Understanding the oxidation states of nitrogen, which can range from +5 to -3, is crucial for correctly naming and balancing the compound.
PREREQUISITES
- Understanding of oxidation states in redox reactions
- Familiarity with chemical nomenclature for ionic compounds
- Knowledge of balancing chemical equations
- Basic principles of redox chemistry
NEXT STEPS
- Research the Faraday technique for synthesizing lithium nitride
- Study the principles of oxidation and reduction in redox reactions
- Learn about the various oxidation states of nitrogen and their implications
- Explore chemical nomenclature rules for naming ionic compounds
USEFUL FOR
Chemistry students, educators, and professionals involved in inorganic chemistry, particularly those focusing on redox reactions and compound naming conventions.