Lesson Plan | Lesson Plan Iteratif Teachy | Introduction to Organic Chemistry: Types of Formulas

Goal

Duration: 10 - 15 minutes

This stage aims to provide a concise and clear overview of the goals to be achieved during the lesson, guiding learners towards focused and effective learning. By outlining the main and supplementary objectives, a structure is established that steers both practical and digital activities, ensuring all students comprehend the different ways to represent organic compounds and their real-life applications.

Goal Utama:

1. Identify and write molecular, condensed structural, and stick formulas of organic compounds.

2. Understand the significance of the various representations for describing compounds in Organic Chemistry.

3. Discuss how chemical formulas play a role in everyday situations.

Goal Sekunder:

1. Encourage a collaborative spirit and teamwork during the proposed activities.
2. Enhance digital skills by using online tools for representing chemical formulas.

Introduction

Duration: 10 - 15 minutes

This stage's goal is to activate the learners' prior knowledge and link it to the theme of Organic Chemistry in an engaging and interactive manner. By allowing students to explore information independently and present it to the class, we foster a collaborative and motivating environment, setting the stage for the activities that will follow.

Warming Up

🌍 Let's kick off by highlighting the relevance of Organic Chemistry in our daily lives. Explain that organic compounds are found in all living organisms and play a role in many products we encounter daily, like medicines, plastics, and food. Invite learners to quickly look up an interesting fact about Organic Chemistry using their phones and share it with the class, igniting a short discussion about the importance of the topic.

Initial Thoughts

1. 🔍 Why is it important to represent organic compounds in different formats?

2. 🤔 What distinguishes molecular, condensed structural, and stick formulas?

3. 🌱 How is Organic Chemistry integrated into our everyday lives?

4. 📱 Did anyone stumble upon an interesting fact about Organic Chemistry during their search? Would you like to share?

Development

Duration: 75 - 85 minutes

This stage is designed to promote the practical and inventive application of knowledge related to organic formula types. The suggested activities encourage the utilisation of modern technologies and sociocultural contexts that resonate with learners, rendering the learning process dynamic and relevant. Through cooperative efforts and the use of popular digital platforms, students become active participants in their education, honing their communication, collaboration, and critical thinking skills.

Activity Suggestions

Activity Recommendations

Activity 1 - 🎥 Organic Chemistry on TikTok

> Duration: 60 - 70 minutes

- Goal: Engage learners with Organic Chemistry content in a fun and contemporary manner, using a popular platform to create and share educational insights.

- Deskripsi Activity: Students will work in groups to create a short TikTok-style video explaining one of the types of organic formulas (molecular, condensed structural, or stick). They should harness their creativity to make the explanation engaging and easy to grasp, incorporating visual and audio elements available on the platform.

- Instructions:

• Organise students into groups of up to 5.

• Each group selects one type of organic formula to present (molecular, condensed structural, or stick).

• Utilise phones to access TikTok and brainstorm the video.

• The video must offer a clear and visually appealing explanation of the selected formula type.

• Groups will have around 30 minutes to plan and film their video.

• Once recorded, the videos will be showcased in class, and each group describes their decisions and the content presented.

Activity 2 - 🎮 Gamified Organic Chemistry

> Duration: 60 - 70 minutes

- Goal: Transform learning into an enjoyable, interactive experience, promoting healthy competition and content comprehension through questions and answers.

- Deskripsi Activity: Students will utilise a gamification platform, like Kahoot, to craft an interactive quiz about the different types of organic formulas. Each group will focus on developing questions and answers about one type of formula, followed by a class quiz.

- Instructions:

• Divide students into groups of up to 5.

• Each group will focus on one type of organic formula (molecular, condensed structural, or stick).

• Utilise computers or phones to access Kahoot and create the quiz.

• Each group must prepare at least 10 questions about their assigned formula type, including answers and explanations.

• After constructing the quiz, share it with the class.

• Everyone participates in the quizzes created by the groups, answering the questions posed.

• Encourage discussion after each quiz to go over answers and clarify any uncertainties.

Activity 3 - 🔍 Digital Influencer of Organic Chemistry

> Duration: 60 - 70 minutes

- Goal: Foster communication and design abilities while empowering students to become knowledge advocates.

- Deskripsi Activity: Students will craft a post for a social media platform, like Instagram or Twitter, explaining one type of organic formula using infographics, images, and catchy text. The aim is for them to assume the role of digital education influencers, sharing insights in a captivating manner.

- Instructions:

• Organise students into groups of up to 5.

• Each group selects one type of organic formula to elucidate (molecular, condensed structural, or stick).

• Utilise phones or computers to generate visual materials (infographics, images) along with the text for the post.

• Each group must create an appealing and educational post.

• Employ tools like Canva for infographic design or image editing apps.

• Present the crafted post to the class, justifying the visual and textual decisions.

• If possible, share the post on the school's social media for enhanced visibility.

Feedback

Duration: 25 - 30 minutes

This phase aims to solidify learning, foster critical reflection, and stimulate the development of interpersonal skills. By exchanging experiences and giving constructive feedback, students enhance communal comprehension, identify strengths and areas for growth, and establish a collaborative and respectful learning environment.

Group Discussion

🗣️ Group Discussion: Arrange students in a large circle to facilitate dialogue and sharing of ideas. Begin the discussion by asking each group to succinctly share what they learned from the activities. Use the following prompts to guide the conversation:

Ask each group to discuss the activity they did and share insights about the creation process. Inquire about any challenges they faced and how they resolved them. Encourage students to reflect on how the activity aided their understanding of the different types of organic formulas.

Reflections

1. ❓ How did producing content on social media enhance your grasp of Organic Chemistry? 2. ❓ What key learnings emerged from using digital platforms to study organic formulas? 3. ❓ In what other areas can you apply the skills acquired today?

Feedback 360º

🔄 360° Feedback: Familiarise the students with the concept of 360° feedback, stressing the importance of providing constructive and respectful critiques. Each student will receive feedback from peers within the same group. Guide the class through these steps:

Each student should highlight one positive aspect of a colleague's contribution. Next, each student should offer a suggestion for improvement for their colleague's future activities. Ensure that the feedback remains specific and tied to aspects related to the activity and collaborative behaviour.

Conclusion

Duration: 10 - 15 minutes

🎯 Purpose: This final stage seeks to consolidate and reflect on the learning experience, linking it to real-life contexts and the digital world. It serves as a moment to revisit the primary takeaways in a light-hearted manner, reinforcing the relevance of the studied content and urging students to recognize the practical applicability of the acquired knowledge. This way, it promotes the closure of the learning journey, rendering it complete and meaningful.

Summary

🔍 Fun Summary: Picture a chemical detective who uncovered three ways to present organic compounds! 🎬 On TikTok, he spotlighted molecular formulas. 🧩 With an air of mystery, he revealed condensed structural formulas. 🖌️ And with artistic flair, he illustrated stick formulas! Our young detectives honed their skills to identify, write, and disclose these chemical insights creatively and modernly!

World

🌍 Connection to the Modern World: In today’s digital landscape, visual representations and accessible explanations are fundamental. Students took Organic Chemistry to social media today, showcasing how science can be enjoyable and pertinent. They embraced the role of digital education influencers, using platforms such as TikTok and Kahoot to spread knowledge, merging learning with technology.

Applications

📚 Everyday Applications: Grasping different formulas of organic compounds is valuable not only in Chemistry but across fields like pharmacy, biotechnology, and even crafting online educational content. This understanding is essential for interpreting and developing materials that utilize these compounds, whether in chemical industries or even in our own kitchens!