13. I can compare solar and lunar eclipses. 

A = identifies the sun, moon, and earth locations for each type of eclipse

M = explains what phase of the moon needs to be in for a solar vs lunar eclipse

E = justifies why only some people on Earth can see solar eclipse but all people experiencing night can see a lunar eclipse & why solar and lunar eclipses have different frequencies

1. What does it look like? Watch a video showing a lunar eclipse and solar eclipse. (Ms Garlick also saw one in 2017, here's the video. I recommend jumping to 25 minutes, that's when totality starts.)

2. Using the two simulations and the video linked below, create notes on lunar and solar eclipses. 

   1. • Solar Eclipse and Lunar Eclipse Video

      • Compadre's Solar and Lunar Eclipse Simulation

      • Earth Space Lab's Solar and Lunar Eclipse Simulation

3. Watch the following videos looking at solar eclipses on other places in our solar system. Then answer the question, what makes the Earth's solar eclipse so unique? 

   1. • NASA's Perseverance Rover Sees Solar Eclipse on Mars

      • Eclipses from other planets and moons (our solar system)

      • Which Planet Has the Best Eclipses? 

4. Work on "CPR" Quiz 5 - Eclipses (Answers)

Finish "CPR" Quiz #5 - Eclipses