Begin the lesson by introducing the concept of Earth's orbit and its revolution around the Sun. Use a globe and a lamp to demonstrate how the Earth moves in its orbit and how this affects the seasons.

Engage students with a thought-provoking question: 'Why do we have leap years?' This will set the stage for understanding the Earth's revolution and its impact on our calendar.

Explain the concept of Earth's axial tilt and its role in the changing seasons. Use diagrams to show how the tilt affects sunlight distribution across the hemispheres.

Discuss the speed of Earth's orbit and the time taken to complete one revolution. Highlight the significance of the 365.24-day year and the need for leap years.

Watch the video 'Movements of the Earth – Quiz Edition' to reinforce understanding of Earth's rotation, revolution, and axial tilt. The video includes a quiz to test comprehension.

Facilitate a discussion on how Earth's movements affect our daily lives, such as day and night cycles and seasonal changes.

Conduct the 'Modeling the Earth’s Rotation' activity using modeling clay and craft sticks to simulate day and night. This hands-on activity helps students visualize Earth's rotation.

Assign students the 'Earth’s Orbit and Seasons – Comprehension' worksheet to reinforce their understanding of Earth's orbit and its impact on seasons.

Conduct a class discussion to review key concepts, such as the causes of seasons and the significance of leap years. Ask students to explain these concepts in their own words.

Have students complete a reflection journal entry on what they learned about Earth's revolution and its effects. Encourage them to include any questions they still have.

Use the 'Space' assessment to evaluate students' understanding of space-related concepts, including Earth's movements and the solar system.