
Explore the moons of the solar system, from oceans and geysers to volcanoes and rock, sponge, and cheese-like forms, and learn how moons differ from planets through observation.
Explore the diverse moons of the solar system, from Io's volcanism and Europa's subsurface ocean to Titan's thick atmosphere and Enceladus' geysers, and see how orbits and tides shape them.
Download assessment questions from the resource center, print them or answer on your computer, and test your knowledge as you review the lesson, with the answer key on next page.
Explore cross curricular and extension activities that connect moon concepts to mythology, biology, social studies, math, and engineering, and access downloadable definitions in the resources section.
Explore how the curriculum meets state science and technology standards, with copyright-free NASA images credited, resources available, and the A Briefer History of Time serving as the blueprint.
Explore what astronomy studies, how light reveals celestial objects from stars to galaxies, and how distance measures like astronomical units and light years guide our view of the universe.
Explore how the moon blocks the sun to create solar and lunar eclipses, detailing partial, total, and annular events, and the roles of umbro, penumbra, and earth shine.
Watch meteor showers and observe meteors as the earth passes through comet debris. Use dark skies, lay on your back, explore the night sky with naked eye and Star Lariam.
Explore the aurora, or aurora borealis, and how Earth's magnetic field and solar activity create luminous curtains overhead. Learn where to see them, when they intensify, and essential photography tips.
Many of the moons in our solar system are more interesting than some of the planets. We have found moons with oceans, volcanoes, geysers and earthquakes. There are moons that look like rocks, sponges and cheese. How many moons are there in the solar system? What is the difference between a moon and a planet? Take a trip around the solar system and see what the moons have to offer your curiosity.
This Course includes the following great BONUS LESSONS:
What on Earth is Astronomy?
Mini-Lesson: Eclipses
Mini-Lesson: Meteor Showers
Mini-Lesson: Aurora
Project Artemis: America Returns to the Moon
Moons of the Solar System
Objective
Warm-up activity
Moons and their effects on planets
Moons in our Solar System
Definition and characteristics of a moon
Moon name origins
Dwarf planet moons
Pluto’s moons
Focus on Charon
The moons of Neptune
Triton: geological activity, geysers and retrograde motion
Synchronic orbits
Finding and naming Neptune’s moons
The moons of Uranus
Canyons on Miranda
Moons and a planet’s rings
Shepherd moons
Saturn and its moons
Enceladus, and its geyser plumes and underground oceans
A discussion of false color images
Titan and its thick atmosphere
The Cassini orbiter and Huygens lander
Mimas and the Herschel crater
Rhea and cratering
Hyperion, the sponge moon
Jupiter and its moons
The Galilean moons Io, Europa, Ganymede and Callisto
Io and volcanic activity
Europa and its underground oceans
Europa’s stripes and what they might mean
Ganymede: the largest moon in the Solar System
Callisto
Mars and its asteroid moons
Very small moons and gravity
Earth and its moon
The moons size and influence on the Earth
Geology, water and gravity
Manned missions to our moon
Asteroids and their moons
Test Questions
Cross Curricular Activities