A. A covalent bond is broken
B. Sodium and Chlorine ions are separated
C. An acidic solution is formed
D. Sodium is attracted to hydrogen atoms of water
🧠 Explanation:
When table salt (NaCl) is added to water, sodium and chlorine ions separate, forming a solution. For chemistry students, this highlights ionic dissociation, making it a key topic for studying chemical solutions, electrolytes, and molecular interactions. This process enables conductivity in water. Understanding it reveals how salts behave in aqueous environments. It’s essential for analyzing chemical reactions, water chemistry, and industrial applications. Studying ion separation offers insights into solution chemistry, crucial for chemistry, biology, and environmental science, ensuring a clear understanding of how ionic compounds function in everyday processes like cooking, water treatment, and scientific experiments.