This course focuses on the properties, formation, and behavior of ionic compounds. Students will explore the transfer of electrons leading to ion formation, ionic bonds, lattice structures, and the physical and chemical characteristics of ionic substances. Topics include lattice energy, solubility, electrical conductivity, and the role of ions in solutions and reactions. The course also covers common ionic compounds, their naming conventions, and real-world applications such as salts, electrolytes, and minerals. Through a combination of theory, problem-solving, and lab experiments, students will gain a comprehensive understanding of ionic interactions fundamental to chemistry and materials science.
This course focuses on the properties, formation, and behavior of ionic compounds. Students will explore the transfer of electrons leading to ion formation, ionic bonds, lattice structures, and the physical and chemical characteristics of ionic substances. Topics include lattice energy, solubility, electrical conductivity, and the role of ions in solutions and reactions. The course also covers common ionic compounds, their naming conventions, and real-world applications such as salts, electrolytes, and minerals. Through a combination of theory, problem-solving, and lab experiments, students will gain a comprehensive understanding of ionic interactions fundamental to chemistry and materials science.
Ionic Chemistry
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