Begin with an engaging question: 'Have you ever wondered how a roller coaster works?' This will hook the students' attention and introduce the concept of energy transformation.

Discuss the basic idea of energy conversion using simple examples like a ball rolling down a hill.

Explain the concepts of potential and kinetic energy using a roller coaster as a primary example. Highlight how energy is stored and converted during the ride.

Use the 'Conversion of Energy' video to demonstrate various forms of energy conversion in everyday life, enhancing understanding through practical examples.

Facilitate a discussion on how potential energy is affected by the height of an object, using examples like a pendulum or a swing.

Watch 'Potential and Kinetic Energy – Newton's Cradle' video to visualize energy transformations during collisions, aiding in understanding the transfer and conversion of energy.

Conduct an experiment where students build ramps and measure the distance a toy car travels, exploring the relationship between height and potential energy.

Use the 'Potential and Kinetic Energy' assessment to reinforce the concepts learned through hands-on activities, encouraging students to analyze their observations.

Assign students to find examples of potential and kinetic energy in their surroundings and document their findings.

Engage students in a Q&A session to assess their understanding of energy transformation concepts discussed in class.

Encourage students to reflect on what they learned about energy conversion and how it applies to real-world scenarios.

Use the 'Potential and Kinetic Energy Conversion' assessment to evaluate students' comprehension of energy transformation using a roller coaster example.

Encourage students to take the unit quiz to test their understanding of the concepts covered in the lesson.