EMS 3.1 (4/5)

Last updated over 2 years ago

7 questions

Untitled Section

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

EMS 3.1 (4/5)

Last updated over 2 years ago

7 questions

Untitled Section

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.

Model how the Earth, Moon, and Sun are aligned during a lunar eclipse

Untitled Section

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

Describe the differences between a lunar eclipse and a full moon.
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

EMS 3.1 (4/5)

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

EMS 3.1 (4/5)

Model how the Earth, Moon, and Sun are aligned during a lunar eclipse

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

Describe the differences between a lunar eclipse and a full moon.
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

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

Model how the Earth, Moon, and Sun are aligned during a lunar eclipse

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

Model how the Earth, Moon, and Sun are aligned during a solar eclipse

Describe the precise location of the Earth, Moon, and Sun which allow a solar 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

Describe the differences between a lunar eclipse and a full moon.
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

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

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

Model how the Earth, Moon, and Sun are aligned during a solar eclipse

Describe the precise location of the Earth, Moon, and Sun which allow a solar 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

EMS 3.1 (4/5)

Draw the top view diagram for a full moon and a lunar eclipse below.- Include the Sun- Earth- Moon- Moon orbit line

EMS 3.1 (4/5)

Model how the Earth, Moon, and Sun are aligned during a lunar eclipse

Draw the top view diagram for a full moon and a lunar eclipse below.- Include the Sun- Earth- Moon- Moon orbit line

Describe the differences between a lunar eclipse and a full moon.CFS:accurately identifies the position of the Moon to predict the correct Moon phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.- Include the Sun- Earth- Moon- Moon orbit line

Model how the Earth, Moon, and Sun are aligned during a lunar eclipse

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 phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Model how the Earth, Moon, and Sun are aligned during a solar eclipse

Describe the precise location of the Earth, Moon, and Sun which allow a solar eclipse to occur.CFS:accurately identifies the position of the Moon to predict the correct Moon phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Describe the differences between a lunar eclipse and a full moon.CFS:accurately identifies the position of the Moon to predict the correct Moon phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.- Include the Sun- Earth- Moon- Moon orbit line

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 phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Model how the Earth, Moon, and Sun are aligned during a solar eclipse

Describe the precise location of the Earth, Moon, and Sun which allow a solar eclipse to occur.CFS:accurately identifies the position of the Moon to predict the correct Moon phaseaccurately describes the cause and effect relationship between rotational movements and illuminated objects

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

Draw the top view diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

Describe the differences between a lunar eclipse and a full moon.
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

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

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

Describe the precise location of the Earth, Moon, and Sun which allow a solar 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

Describe the differences between a lunar eclipse and a full moon.
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

Draw the side view (system view) diagram for a full moon and a lunar eclipse below.
- Include the Sun
- Earth
- Moon
- Moon orbit line

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

Describe the precise location of the Earth, Moon, and Sun which allow a solar 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