Creates a 1:10 billion scale model of the solar system using everyday objects, matching the Colorado Scale Model Solar System. Students pace out planetary distances in the lecture hall to …
Demonstrates that Earth's seasons result from its 23.5-degree axial tilt, not distance from the Sun. Students observe how the tilt causes varying solar angle and day length across hemispheres as …
Students learn that lunar phases result from the Moon's changing orbital position relative to the Sun and Earth, not from Earth's shadow. A lamp (Sun) and balls held by student …
Models the Sun-Earth-Moon geometry for solar and lunar eclipses using a lamp, globe, and spheres. Students see how alignment creates umbra and penumbra shadow zones, and why eclipses don't occur …
Simulates atmospheric refraction using a sugar-water density gradient. Students observe a circular light source progressively flatten as it descends through the gradient, explaining why the Sun and Moon appear elliptical …
Explores oculomotor micropsia/macropsia as one mechanism behind the Moon Illusion. Students discover that perceived size depends on eye focus distance, not just angular diameter, by matching disk sizes at different …
Students form a living model of the solar system to discover why zodiac constellations are only visible in certain seasons and how Earth's axial tilt produces seasons. Directly confronts the …