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Our Nearest Neighbor
Our moon makes Earth a more livable planet by moderating our home planet's wobble on its axis, leading to a relatively stable climate, and creating a tidal rhythm that has guided humans for thousands of years. The moon was likely formed after a Mars-sized body collided with Earth and the debris formed into the most prominent feature in our night sky.

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  Explore Earth's Moon in 3D Videos Activities

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Dance of the Moon and Oceans
Grade Level: 3-5, 6-8
Lesson Time: 30-60 Minutes
Solar System Body: Sun, Earth, Earth's Moon

Short Description: Students discover how the moon's gravitational pull causes the level of the ocean to rise and fall twice a day along most coastlines through this kinesthetic activity. They also consider what the Earth's tides might have been like if there were no moon.


Desert RATS
Grade Level: 3-5, 6-8, 9-12
Lesson Time: 30-60 Minutes
Solar System Body: Earth, Mars, Earth's Moon

Short Description: Students research and present an exploration mission timeline proposal that utilizes the scientific process to meet science objectives and mission parameters for the field site. The goal is for students to create a 3-day mission timeline of activities for exploration.


Does the Moon Rotate?
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Heliophysics (Sun)

Short Description: Make a three-dimensional model of the Earth and Moon. Using the Sun's light. discover that the Moon does rotate, in the same amount of time it takes to make one orbit.


Earth-Moon Activity
Grade Level: 6-8
Lesson Time: More Than an Hour
Solar System Body: Earth, Earth's Moon
Mission: Earth Science (Earth)

Short Description: This activity helps students understand the size of and distance between Earth and the Moon. Students work in pairs using different-sized spherical objects to represent Earth and the Moon. They use the diameter of the objects to establish this scale.


Exploring Ice in the Solar System - Unit 1
Grade Level: K-2, 3-5
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: Examine the importance of water in the form of ice in the solar system. From hands-on experiences with ice, the unit moves on to investigating ice in everyday life, in polar regions on Earth, and throughout the solar system.


Exploring Ice in the Solar System - Unit 2: The Voyage Continues
Grade Level: K-2, 3-5, 6-8, 9-12
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: The Voyage education unit uses the remarkable power of models to provide an understanding of Earth's place in the Solar System and the Sun's place among the stars.


Exploring Ice in the Solar System - Unit 3: The Voyage Continues
Grade Level: 6-8
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: The Voyage Continues education unit continues the exploration of the Solar System using the power of models to take a closer look into Solar System objects and phenomena.


Exploring Lunar Phases with a Daytime Moon
Grade Level: 6-8, 9-12
Lesson Time: Less Than 30 Minutes
Solar System Body: Sun, Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Earth Science (Earth), Heliophysics (Sun)

Short Description: This activity creates a model with the real Moon and Sun in the sky to help participants discover the real reason for the lunar phases.


Golf Ball Phases and Embroidery Hoop Eclipses
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Sun, Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Earth Science (Earth), Heliophysics (Sun)

Short Description: In the first half, students explore the dynamics of lunar phases to develop an understanding of the relative positions of our Moon, Earth, and Sun that cause the phases of the Moon as viewed from Earth. Using a golf ball glowing under the ultraviolet light of a "blacklight" makes it easier to see the actual phase of the Moon.

In the second half, students adjust their orbits of their moons to gain a deeper understanding of eclipses.


How Much Would You Weigh on Distant Planets
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Earth's Moon
Mission: Apollo 11 (Earth's Moon), Apollo 12 (Earth's Moon), Apollo 14 (Earth's Moon), Apollo 15 (Earth's Moon), Apollo 17 (Earth's Moon), Apollo (Earth's Moon)

Short Description: Students view Web movies of astronauts on the moon and discuss what they can learn about one's lunar weight; a calculator is provided to get their weight on other planets; a discussion of the causes of weight and gravity is then suggested with different hypotheses.

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Previous
Previous
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Next
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Dance of the Moon and Oceans
Grade Level: 3-5, 6-8
Lesson Time: 30-60 Minutes
Solar System Body: Sun, Earth, Earth's Moon

Short Description: Students discover how the moon's gravitational pull causes the level of the ocean to rise and fall twice a day along most coastlines through this kinesthetic activity. They also consider what the Earth's tides might have been like if there were no moon.


Desert RATS
Grade Level: 3-5, 6-8, 9-12
Lesson Time: 30-60 Minutes
Solar System Body: Earth, Mars, Earth's Moon

Short Description: Students research and present an exploration mission timeline proposal that utilizes the scientific process to meet science objectives and mission parameters for the field site. The goal is for students to create a 3-day mission timeline of activities for exploration.


Does the Moon Rotate?
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Heliophysics (Sun)

Short Description: Make a three-dimensional model of the Earth and Moon. Using the Sun's light. discover that the Moon does rotate, in the same amount of time it takes to make one orbit.


Earth-Moon Activity
Grade Level: 6-8
Lesson Time: More Than an Hour
Solar System Body: Earth, Earth's Moon
Mission: Earth Science (Earth)

Short Description: This activity helps students understand the size of and distance between Earth and the Moon. Students work in pairs using different-sized spherical objects to represent Earth and the Moon. They use the diameter of the objects to establish this scale.


Exploring Ice in the Solar System - Unit 1
Grade Level: K-2, 3-5
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: Examine the importance of water in the form of ice in the solar system. From hands-on experiences with ice, the unit moves on to investigating ice in everyday life, in polar regions on Earth, and throughout the solar system.


Exploring Ice in the Solar System - Unit 2: The Voyage Continues
Grade Level: K-2, 3-5, 6-8, 9-12
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: The Voyage education unit uses the remarkable power of models to provide an understanding of Earth's place in the Solar System and the Sun's place among the stars.


Exploring Ice in the Solar System - Unit 3: The Voyage Continues
Grade Level: 6-8
Lesson Time: More Than an Hour
Solar System Body: Our Solar System, Mercury, Earth, Mars, Asteroids, Dwarf Planets, Comets, Kuiper Belt & Oort Cloud, Earth's Moon, Europa, Pluto, Ceres
Mission: Lunar Recon Orbiter (Earth's Moon), Mars Recon Orbiter (Mars), MESSENGER (Mercury), New Horizons (Dwarf Planets), Rosetta (Comets)

Short Description: The Voyage Continues education unit continues the exploration of the Solar System using the power of models to take a closer look into Solar System objects and phenomena.


Exploring Lunar Phases with a Daytime Moon
Grade Level: 6-8, 9-12
Lesson Time: Less Than 30 Minutes
Solar System Body: Sun, Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Earth Science (Earth), Heliophysics (Sun)

Short Description: This activity creates a model with the real Moon and Sun in the sky to help participants discover the real reason for the lunar phases.


Golf Ball Phases and Embroidery Hoop Eclipses
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Sun, Earth, Earth's Moon
Mission: Apollo (Earth's Moon), Earth Science (Earth), Heliophysics (Sun)

Short Description: In the first half, students explore the dynamics of lunar phases to develop an understanding of the relative positions of our Moon, Earth, and Sun that cause the phases of the Moon as viewed from Earth. Using a golf ball glowing under the ultraviolet light of a "blacklight" makes it easier to see the actual phase of the Moon.

In the second half, students adjust their orbits of their moons to gain a deeper understanding of eclipses.


How Much Would You Weigh on Distant Planets
Grade Level: 6-8
Lesson Time: Less Than 30 Minutes
Solar System Body: Earth's Moon
Mission: Apollo 11 (Earth's Moon), Apollo 12 (Earth's Moon), Apollo 14 (Earth's Moon), Apollo 15 (Earth's Moon), Apollo 17 (Earth's Moon), Apollo (Earth's Moon)

Short Description: Students view Web movies of astronauts on the moon and discuss what they can learn about one's lunar weight; a calculator is provided to get their weight on other planets; a discussion of the causes of weight and gravity is then suggested with different hypotheses.

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