SUMMARY
The proposed topic of analyzing how mass, velocity, and position of celestial bodies affect their orbits is sufficiently complex for an IB Physics SL Internal Assessment. To achieve high marks, students should focus on a simplified model, such as a single planet orbiting a sun, while clearly stating the limitations of their model. Utilizing empirical data from reliable online sources is crucial, as the IB emphasizes the importance of data-driven assessments over purely theoretical work. Precision in defining the specific aspects of orbits being analyzed, such as shape or orbital period, is essential for clarity and focus.
PREREQUISITES
- Understanding of Newtonian gravity and its application to celestial mechanics
- Familiarity with the IB Physics Internal Assessment criteria
- Ability to analyze and interpret data from online astronomical databases
- Basic knowledge of orbital dynamics and Kepler's laws
NEXT STEPS
- Research online databases for planetary orbit data, such as NASA's JPL or the International Astronomical Union
- Learn about Newton's laws of motion and their application to planetary orbits
- Study the principles of simplifying complex systems in scientific modeling
- Explore the differences between theoretical and empirical approaches in scientific assessments
USEFUL FOR
High school students in the IB Diploma Program, particularly those preparing for their Physics Internal Assessment, as well as educators guiding students in selecting and developing suitable research topics.