SUMMARY
Water can dissolve non-polar substances such as O2 and CO2, despite the common belief that only polar molecules dissolve in water. CO2, while non-polar, reacts with water to form carbonic acid, which is a reversible process considered dissolution. The discussion highlights that dissolution can involve coordination rather than irreversible covalent bond formation, as seen with substances like K, NaH, AlCl3, and SOCl2. Understanding these interactions is crucial for a comprehensive grasp of solubility in chemistry.
PREREQUISITES
- Basic understanding of molecular polarity
- Knowledge of chemical reactions and reversible processes
- Familiarity with coordination chemistry
- Concept of solubility and dissolution in physical chemistry
NEXT STEPS
- Research the process of carbonic acid formation from CO2 and water
- Explore the concept of solvation and its role in dissolution
- Study the properties of triplet oxygen and its interactions with water
- Investigate the solubility of ionic compounds in water and their dissociation
USEFUL FOR
Chemistry students, physical chemists, and anyone interested in the solubility of gases and non-polar substances in water.