High School Planetary Interiors Resources

Discover the composition and structure of Earth's interior layers and understand the dynamics of plate boundaries. Explore the principles of continental drift and tectonic movements to gain insights into geological transformations. Develop a comprehensive understanding of how these processes shape the Earth's surface and contribute to geological changes.

Examine the distinctive surface characteristics and atmospheric conditions of terrestrial planets. Gain insights into the core variances and elements affecting climate across these celestial bodies.

Explore the geological structures and processes of terrestrial planets to gain insights into planetary features and the geological phenomena that shape Earth's surface. Focus on understanding the subject matter, achieving learning outcomes, and developing relevant skills.

Analyze Pluto's reclassification and its effects on the understanding of what constitutes a planet. Gain insights into the criteria for planetary status and examine how new scientific discoveries influence these definitions.

Examine the processes and structures involved in planetary formation, including the study of exoplanets and gas giants. Understand the composition and characteristics of various planetary bodies, and gain insights into the mechanisms shaping their development. Learning outcomes include enhanced comprehension of planetary structures and the ability to identify key formation processes.

Investigate the composition and characteristics of Earth's interior layers, analyzing their different densities. Achieve a comprehensive understanding of Earth's structure, while developing analytical skills through scientific observation and inquiry.

Investigate the structure of Earth's interior by uncovering its various layers and understanding the composition of the core. Acquire insights into Earth's magnetic field, exploring its origins and effects. Comprehend the mechanisms of plate tectonics, including the movement of tectonic plates and their impact on geological phenomena.

Explore the principles of planetary motion by examining geocentric and heliocentric models, understanding retrograde motion, and studying orbital dynamics. Gain the ability to explain celestial phenomena and understand the forces that govern planetary orbits.

Investigate the motion of planets in space, focusing on the concepts of orbits, axial tilt, and gravitational forces. Understand the influence of planetary mass and distance on orbits and rotational dynamics.