Explain how gravity keeps objects in orbit using clear modelling that shows how forward motion and gravitational pull work together to create stable paths around planets.

• Distinguish between natural and artificial satellites with simple comparisons that help pupils understand the difference between moons, space stations, and man‑made satellites.
• Understand the physics of circular motion through accessible explanations of centripetal force and why orbiting objects constantly “fall around” the body they orbit.
• Identify the many uses of satellites in our daily lives including communication, GPS, weather forecasting, imaging and scientific research.
• Built with clean diagrams, engaging modelling, and student‑friendly explanations, this lesson makes orbital mechanics feel intuitive and exciting for Year 7 learners.

Why teachers love this resource

• ��𲹻��‑t��‑t�𲹳��� — fully sequenced and ideal for specialists and non‑specialists.
• Misconception‑free explanations that tackle classic errors like “gravity stops working in space”.
• High‑impact visuals that make orbits, centripetal force and satellite motion easy to demonstrate.
• Worksheet included — perfect for assessment, homework or retrieval practice.
• Real‑world relevance that boosts engagement by linking learning to phones, weather apps and navigation.