SUMMARY
Cu(ClO4)2 is indeed soluble and should not appear in the net ionic equation, which typically includes only the species that undergo a change. The discussion clarifies that while Cu(OH)2 is insoluble and must remain in the equation, soluble compounds like Cu(ClO4)2 are omitted. This distinction is crucial for accurately representing chemical reactions in net ionic form.
PREREQUISITES
- Understanding of solubility rules in chemistry
- Familiarity with net ionic equations
- Knowledge of ionic compounds and their states (soluble vs. insoluble)
- Basic principles of chemical reactions
NEXT STEPS
- Study solubility rules for common ionic compounds
- Learn how to write net ionic equations for various reactions
- Explore the properties of insoluble compounds and their role in reactions
- Review examples of net ionic equations involving different soluble and insoluble compounds
USEFUL FOR
Chemistry students, educators, and anyone involved in chemical education or laboratory work focusing on reaction equations and solubility concepts.