Inorganic Chemistry 6.1.0

Inorganic Chemistry is a comprehensive field dedicated to the study of inorganic compounds, primarily focusing on ionic compounds (salts) composed of cations (positively charged ions) and anions (negatively charged ions) that are bonded through ionic interactions.

This discipline encompasses the synthesis and behavior of both inorganic and organometallic compounds, differentiating itself from organic chemistry which predominantly examines carbon-based compounds characterized by C-H bonds.

Included Topics in the App:

• Chapter 1: Basic Concepts - Atoms
• Chapter 2: Basic Concepts - Molecules
• Chapter 3: Introduction to Molecular Symmetry
• Chapter 4: Experimental Techniques
• Chapter 5: Bonding in Polyatomic Molecules
• Chapter 6: Structures and Energetics of Metallic and Ionic Solids
• Chapter 7: Acids, Bases, and Ions in Aqueous Solutions
• Chapter 8: Reduction and Oxidation
• Chapter 9: Non-Aqueous Media
• Chapter 10: Hydrogen
• Chapter 11: Group 1 - The Alkali Metals
• Chapter 12: Group 2 - Metals
• Chapters 13-18: Group 13 to 18 Elements
• Chapters 19-22: d-Block Metal Chemistry — General Considerations, Coordination Complexes, The First Row Metals, The Heavier Metals
• Chapter 23: Organometallic Compounds of S- and P-Block Elements
• Chapter 24: Organometallic Compounds of D-Block Elements
• Chapter 25: Catalysis and Some Industrial Processes
• Chapter 26: d-Block Metal Complexes - Reaction Mechanisms
• Chapter 27: f-Block Metals — Lanthanides and Actinides
• Chapter 28: Inorganic Materials and Nanotechnology
• Chapter 29: The Trace Metals of Life

Key Features of the Content:

• Key definitions are prominently highlighted for easy reference.
• Icons denote a 3D rotatable graphic of various molecules.
• Self-study exercises promote active learning and comprehension assessment.
• Illustrated topic boxes provide thorough theoretical insights.
• End-of-chapter problems, including overview challenges that encompass material from each section.
• 'Inorganic Chemistry Matters' problems are contextualized within contemporary real-world situations.