Objectives: 1. Understand the concept of green chemistry and its importance in everyday life 2. Identify the core principles of green chemistry 3. Analyze the Atom Economy E-factor, its importance and examples

Materials: 1. Presentation slides on green chemistry 2. Examples of green chemistry

Procedure: 1. Introduction (10 minutes): Explain the concept of green chemistry and how it relates to sustainability, as well as introducing the core principles of green chemistry 2. Presentation (30 minutes): Provide a presentation that explains what green chemistry means, which principles it consists of, and how it can be applied to the environment. In addition, it should explain the Atom Economy E-factor and discuss why it is important. 3. Examples (20 minutes): Present various examples of green chemistry and discuss how they can be applied in everyday life 4. Class discussion (20 minutes): Lead a class discussion encompassing the topics of green chemistry, Atom Economy, and sustainability 5. Conclusion (5 minutes): Summarize the concepts of green chemistry and the Atom Economy E-factor, as well as the importance of utilizing these concepts in everyday life

Assessment: 1. Create a quiz or worksheet for the students to assess their understanding of the concepts and ideas 2. Have students create a short essay discussing how green chemistry can be applied to their everyday life 3. Have students identify and provide examples of green chemistry 4. Ask students to explain the Atom Economy E-factor and why it is important 5. Have students design a simple experiment that demonstrates the principles of green chemistry