Objective: SWBAT identify the conditions of a lunar eclipse by looking at physical models and online models.
Do Now:
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Question 1
1.
The images below show the Moon during a new moon phase and the Moon during a lunar eclipse. The images are from Top View.
How is the moon similar and different during a New Moon and Lunar Eclipse?
Exit Ticket Review:
Guided Notes:
Vocabulary
1. Lunar Eclipse:when the Moon is completely dark
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Question 2
2.
Complete the guided model below
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Question 3
3.
Think: Use your Moon sphere to help you complete the following statement using one of the words below:
A lunar eclipse occurs when the Moon is in ________________________ in its orbit.
Practice:
Amplify Science:
Unit 7: Earth, Moon, and Sun
Chapter 3: Lunar Eclipses
Lesson 3.1: Introduction to Lunar Eclipses
o Simulation
Goal:
Find a lunar eclipse in the Earth, Moon, and Sun Simulation and explore the different views to answer the question: What makes the Moon completely dark during a lunar eclipse?
Tips:
• There will be a lunar eclipse in July, August, or September in 2025.
• You may find it helpful to move time slowly, using the day and hour timeline sliders.
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Question 4
4.
Lunar Eclipse:
Draw the position of the Moon in a lunar eclipse
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Question 5
5.
Describe the precise location of the Earth, Moon, and Sun which allow a lunar eclipse to occur.
CFS:
accurately identifies the position of the Moon to predict the correct Moon phase
accurately describes the cause and effect relationship between rotational movements and illuminated objects
"In order for a lunar eclipse to happen the Earth, Moon and Sun must...
(think: what about the alignment of the three objectes is special for a lunar eclipse?)
Exit Ticket:
2 points
2
Question 6
6.
Draw the side view (system view) diagram for a full moon and a lunar eclipse below.
1. Identify the correct location for a full moon and lunar eclipse
2. shade in the appropriate amount of moon for that specific moon.
2 points
2
Question 7
7.
Describe the phenomenon that allows eclipses to be so rare in our solar system.
CFS:
accurately identifies the position of the Earth, Moon, and Sun
accurately describes the cause and effect relationship between rotational movements/orbits and illuminated objects