Chemistry Grade 11. Metallic elements and their compounds. Collection 1

Strengthen and systematize your knowledge of metallic elements and their compounds! The course "Chemistry Grade 11: Metallic Elements and Their Compounds. Collection 1" is designed to help students revisit, deepen, and integrate the key theoretical and practical foundations of metallic elements, their properties, reactions, and applications. Through a structured sequence of topics, questions, tasks, and laboratory activities, learners will gain a coherent understanding of metals, their compounds, and the principles of industrial metal production.

This course covers the general characteristics and chemical properties of metals, reactions of metals and their compounds, electrochemical processes, corrosion, industrial applications of metals and alloys, and the production of iron and steel. Students will explore the properties and compounds of IA–IIIA group metals, aluminum, magnesium, and iron, including qualitative and quantitative analyses, reaction calculations, and laboratory investigations.

Why choose this course:

• Systematic revision: Comprehensive review of metallic elements, their compounds, and reactions essential for Grade 11 chemistry.
• Practice-oriented approach: Questions, tasks, laboratory experiments, and practical exercises reinforce understanding and skills.
• Conceptual depth: Emphasis on relationships between atomic structure, bonding, and chemical properties of metals.
• Curriculum-aligned content: Developed in accordance with secondary school chemistry programs.

Course Module

Section III. Metallic Elements and Their Compounds

Topic 60: General Characteristics of Metallic Elements and Metals

• Key theory
• Questions and tasks

Topic 61: General Chemical Properties of Metals

• Laboratory experiment
• Questions and tasks

Topic 62: Calculations for Reactions Between Salt Solutions and Metals

• Key theory
• Questions and tasks

Topic 63: Chemical Sources of Electric Current

• Key theory
• Questions and tasks

Topic 64: Corrosion of Metals

• Key theory
• Questions and tasks

Topic 65: Applications of Metals and Their Alloys

• Laboratory experiment
• Questions and tasks

Topic 66: General Methods of Obtaining Metals

• Key theory
• Questions and tasks

Topic 67–71: IA–IIIA Group Metals (Sodium, Potassium, Magnesium, Calcium, Aluminum)

• Key theory, laboratory experiments, questions and tasks

Topic 72–75: Iron (Ferum) and Its Compounds. Production of Cast Iron and Steel

• Key theory, laboratory experiments, questions and tasks

Practical Work

• Practical Work №10–11: Chemical properties of hydroxides of IA–IIIA group metals and experimental problem solving
• Laboratory Work №16–25: Various experiments on metallic properties and iron compounds

Expected Learning Outcomes

• Identifies metallic elements, their compounds, and the main IA–IIIA group metals and iron compounds.
• Explains metallic bonding, atomic structure of metals, corrosion processes, and industrial applications of metals and alloys.
• Performs calculations for reactions between metals and salts, predicts reactivity using the activity series, and writes electronic and graphical formulas for metallic elements.
• Analyzes physical and chemical properties of metals and their compounds, including oxides and hydroxides.
• Applies theoretical knowledge in laboratory and practical activities while following safety rules.
• Evaluates the ecological, biological, and industrial significance of metals, their compounds, and metallurgical processes.

Required Skills

• Basic chemistry knowledge corresponding to Grades 7–10.
• Understanding of fundamental chemical concepts and terms.
• Ability to read and analyze chemical formulas and reaction equations.
• Basic mathematical skills for quantitative calculations in chemistry.

Upon completion, students will have a strong theoretical and practical foundation in metallic elements, enhanced analytical and laboratory skills, and an integrated understanding of metals, their compounds, and industrial applications.