Objective

By the end of this lesson, you will be able to explain the phenomenon of a Halo moon and understand its connection to astronomy and physics.

Materials and Prep

Materials:

• Pen and paper
• Access to the internet or a library for research

Prep:

• Read about the concept of a Halo moon and its connection to astronomy
• Prepare to discuss the key principles of physics related to the Halo moon phenomenon

Activities

1. Research: Use the internet or library resources to learn about the Halo moon phenomenon and its connection to astronomy.

2. Physics Principles: Write down the key physics principles that explain the occurrence of a Halo moon, such as refraction and dispersion of light.

3. Observation: If possible, try to observe a Halo moon in the night sky and take note of its appearance and any related celestial objects.

Eighth Grade Talking Points

• What is a Halo moon?
  "A Halo moon is a ring of light that appears around the moon, caused by the refraction and dispersion of light through ice crystals in the atmosphere."
• How is it related to astronomy?
  "The appearance of a Halo moon is related to atmospheric conditions and the position of the moon, providing clues about the Earth's atmosphere and celestial events."
• What physics principles are involved?
  "The physics of refraction and dispersion of light explain how the ice crystals in the atmosphere create the optical phenomenon of a Halo moon."