9 Culturally Responsive Lesson – Korean Culture for Energy Transfer
Grade 6 Science
Energy Transfer, Conversion, and Heat in a Korean Spinning Top (Paengi-Chigi)
Essential Question
What are energy transfer, energy conversion, and heat, and how can they be observed in the traditional Korean spinning top game, Paengi-Chigi?
Texas Essential Knowledge and Skills (TEKS)
- 7.A Investigate and explain how equal and unequal forces acting on an object cause patterns of motion and transfer of energy.
- 8.A Investigate and describe the transformation of energy in systems (e.g., chemical → electrical → light).
Learning Objectives
By the end of this lesson, students will be able to:
- Explain how equal and unequal forces affect motion and energy transfer.
- Describe how kinetic energy in a spinning top is transformed into heat due to friction.
- Connect scientific concepts of energy and motion to a traditional Korean cultural practice.
Materials
- Laptop or computer with internet access
- Video conferencing software (if virtual)
- Korean spinning top (paengi) or video demonstration
- Images or models illustrating kinetic energy, friction, and angular momentum
- Common household materials for building a spinning top
- Infographic showing spinning top designs
Engage
The teacher begins by asking students:
- Have you ever played with a spinning top or a similar toy?
- What did you notice about how it moves or slows down?
The teacher then introduces Paengi-Chigi, a traditional Korean game played using a spinning top struck with a leather strap, and briefly explains its cultural significance.
Culturally Responsive Teaching Tip (Engage)
Invite students to share toys or games from their own cultures or family traditions that involve spinning, motion, or striking objects. This positions students’ lived experiences as valuable scientific knowledge and builds immediate relevance.
Explore
Students investigate Paengi-Chigi through guided questions:
- What culture does Paengi-Chigi come from?
- Where is it traditionally played?
- What tool is used to strike the top and keep it spinning?
- What symbols or designs are often shown on the tops?
Students watch a short video demonstrating Paengi-Chigi and examine a physical top or images to observe shape, materials, and motion.
Culturally Responsive Teaching Tip (Explore)
Encourage students to compare Paengi-Chigi with similar games or toys from other cultures. Highlight how scientific principles appear across cultures, reinforcing that science is global and culturally embedded.
Explain
The teacher introduces and explains key scientific concepts:
- Force, mass, velocity, and momentum
- Energy transfer between objects
- Angular momentum and why spinning objects remain upright
Guiding questions include:
- How does the spinning top gain momentum?
- What happens when the leather strap strikes the top?
- Why does the top remain upright while spinning?
- What causes the top to slow down?
Using a bike wheel or similar demo, the teacher explains angular momentum. The teacher then introduces friction, explaining how friction converts kinetic energy into heat.
Students rub their hands together and reflect:
- What do you notice?
- Why does heat form?
- What would happen if the top spun on ice versus carpet?
Culturally Responsive Teaching Tip (Explain)
Use everyday examples from students’ homes (e.g., sliding furniture, warming hands, sports activities) to reinforce abstract physics concepts through familiar experiences.
Elaborate
Students work in small groups to design and build their own spinning tops using household materials. An infographic provides optional design ideas.
Students discuss:
- What parts are essential for a spinning top to function?
- How does shape affect motion?
- What designs or symbols will you include, and why?
Groups test their tops and observe how long they spin and how they slow down.
Culturally Responsive Teaching Tip (Elaborate)
Encourage students to incorporate cultural symbols, colors, or patterns meaningful to them. This affirms identity while reinforcing engineering design and creativity.
Evaluate
Students explain, orally or in writing:
- How energy transfers from their hand to the spinning top
- How kinetic energy changes into heat as the top slows down
- How friction affects motion
Students share observations and reflect on how cultural practices helped them understand scientific concepts.
Culturally Responsive Teaching Tip (Evaluate)
Allow multiple forms of expression (verbal explanation, diagrams, short reflections). Encourage students to connect science learning to culture, identity, and real-life experiences.
References (APA 7th Edition)
Hewitt, P. G. (2014). Conceptual physics (12th ed.). Pearson Education.
Infinity Learn. (n.d.). What is friction? | Physics. https://infinitylearn.com
National Research Council. (2012). A framework for K–12 science education: Practices, crosscutting concepts, and core ideas. National Academies Press. https://doi.org/10.17226/13165
Next Generation Science Standards Lead States. (2013). Next Generation Science Standards: For states, by states. National Academies Press.
Yoon, H. K. (2015). Traditional Korean games and physical culture. Korean Cultural Heritage Foundation
