The study of light and its behavior, crucial for understanding how telescopes function.

An optical instrument designed to make distant objects appear closer and clearer.

A telescope that uses lenses to bend light and form an image.

A telescope that uses mirrors to gather and focus light.

A telescope that combines lenses and mirrors for improved image quality.

A transparent optical element that refracts light to form images.

A lens that bulges outward, converging light rays to a focal point.

A lens that curves inward, diverging light rays.

The process of enlarging the appearance of an object through optical instruments.

The distance between the lens or mirror and the image it produces.

The precise positioning of telescope components to ensure optimal performance.

The ability of a telescope to remain steady during observations.

Natural objects located outside Earth's atmosphere, such as stars and planets.

A visual representation of the night sky, showing the positions of stars and constellations.

A documented record of celestial observations, including details and conditions.

The process of recording and reporting findings from observations.

The bouncing back of light rays from surfaces, a principle used in telescopes.

The bending of light as it passes through different mediums, fundamental in optics.

The scientific study of celestial bodies and the universe.

An educational approach that emphasizes practical, real-world experience.

Working together with peers to enhance learning and problem-solving.

The ability to identify and resolve issues during the telescope-building process.

Methods used to follow the movement of celestial objects.

The process of exploring and understanding phenomena through observation and experimentation.

The ability to effectively communicate findings and experiences to an audience.

The experiential learning path taken by students as they explore astronomy.