Understand how the Earth's rotation affects the perception of time.

Learn the basic principles of how shadows change with the sun’s apparent movement.

Learn about different constellations in the night sky.

Understand how the arrangement of stars forms recognizable patterns.

Develop observation skills and spatial awareness.

Understand the different phases of the moon.

Learn to observe and record changes in the natural world.

Develop an appreciation for the cyclical nature of celestial phenomena.

Understand the basics of telescope design and optics.

Learn about how lenses work to magnify and focus light.

Develop hands-on skills in building and adjusting scientific instruments.

Understand how craters are formed on the moon.

Learn about the effects of impact force and height on crater formation.

Develop basic scientific observation and experimentation skills.

Understand the concept of propulsion and Newton’s Third Law of Motion.

Learn how air pressure can be used to generate motion.

Develop experimental and observational skills.

Understand how light can be dispersed into various colors.

Learn about the properties of light and how it interacts with different materials.

Develop observational and experimental skills.

Understand the impact of light pollution on the visibility of stars and constellations.

Learn basic data collection and analysis techniques.

Gain awareness of the importance of preserving dark skies for astronomical observation and environmental conservation.