United University

Chemistry Grade 10. Synthetic polymers and bonds between classes of organic substances. Collection 1

Course Difficulty Icon Intermediate
Course Type Icon Course
Course Duration Icon 5 hours

Explore the world of synthetic polymers and their practical applications! The course "Chemistry Grade 10: Synthetic Polymers and Bonds Between Classes of Organic Substances. Collection 1" provides a concise and structured study of high-molecular compounds, polymer materials, and their chemical bonds. Students learn about polymerization and polycondensation, the properties of plastics, rubbers, and fibers, and the links between molecular structure, composition, and material characteristics. The course develops analytical thinking, practical skills, and an understanding of how polymers are used in technology and everyday life.

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Delve into the fascinating world of synthetic polymers and their applications! Our course "Chemistry Grade 10: Synthetic Polymers and Bonds Between Classes of Organic Substances. Collection 1" provides a structured and engaging exploration of high-molecular compounds, polymer materials, and the chemical bonds that define their properties. Through clear explanations, practice tasks, critical-thinking exercises, and mini-projects, students will gain a thorough understanding of how polymers are formed, classified, and utilized in modern technology and everyday life.

This course focuses on high-molecular compounds, polymer materials such as plastics and rubbers, and natural and synthetic fibers. Students study polymerization and polycondensation reactions, the properties of polymer materials, and the relationships between molecular structure, composition, and material characteristics.

Why choose our course:

  • Concept-driven learning: Understand the essence of polymers, types of reactions, and formation of polymer materials.
  • Practice-oriented approach: Exercises and mini-projects to consolidate knowledge of polymer chemistry and materials.
  • Analytical development: Compare natural, artificial, and synthetic fibers, plastics, and rubbers, and explore structure-property relationships.

Course Module

Module: Synthetic Polymers and Polymer Materials

Topic 1: High-Molecular Compounds

  • §32. High-molecular compounds
  • Control questions
  • Practice tasks
  • Comprehensive tasks
  • Critical-thinking activities

Topic 2: Polymer Materials and Plastics

  • §33. Polymer materials. Plastics
  • Control questions
  • Practice tasks
  • Mini-project

Topic 3: Rubbers

  • §34. Rubbers
  • Control questions
  • Practice tasks

Topic 4: Natural and Synthetic Fibers

  • §35. Natural and synthetic fibers
  • Control questions
  • Practice tasks
  • Mini-project

Expected Learning Outcomes

  • Explains the concept of polymers and distinguishes between polymerization and polycondensation reactions.
  • Identifies examples of synthetic high-molecular compounds and polymer materials.
  • Writes reaction equations for polymerization and polycondensation processes.
  • Describes properties of plastics, rubbers, and fibers, comparing natural, artificial, and synthetic materials.
  • Analyzes the relationships between structure, composition, properties, and applications of polymer materials.
  • Demonstrates safe handling of synthetic materials in practical contexts.
  • Appreciates the significance of polymers in creating modern materials and synthetic fibers.

Required Skills

  • Basic chemistry knowledge at the level of Grades 7–9.
  • Ability to read and analyze chemical formulas and reaction equations.
  • Basic mathematical skills for solving quantitative chemistry problems.

By the end of this course, students will understand the structure, properties, and applications of synthetic polymers and polymer materials, develop analytical and practical chemistry skills, and gain insights into their technological and everyday relevance.

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