SUMMARY
The discussion focuses on the bond length arrangements of CO, CO2, and CO3^2-. It concludes that CO2 has the shortest bond length due to its double bonds, followed by CO3^2- with its resonance structures, and finally CO with its longer bond length due to back bonding. The participants agree that the order should be CO2 < CO3^2- < CO, contradicting initial assumptions based on molecular orbital (MO) diagrams.
PREREQUISITES
- Understanding of molecular orbital theory
- Knowledge of resonance structures in chemistry
- Familiarity with bond length and bond order concepts
- Basic skills in drawing Lewis structures
NEXT STEPS
- Study molecular orbital diagrams for CO, CO2, and CO3^2-
- Research the concept of resonance and its effect on bond lengths
- Learn about bond order calculations and their implications
- Explore the differences between single, double, and back bonds
USEFUL FOR
Chemistry students, educators, and professionals interested in molecular bonding and structural analysis.