Why does it look like there is a man on the moon? Why does the moon look different every night? These are the focus questions of a lesson that prompts class members to observe and record the nightly changes of Earth's natural...

The moon takes just over 27 days to orbit around Earth. Young scientists position themselves as the earth as they rotate around the sun and hold the moon. This allows them to observe the patterns and phases of the moon.

A timelapse video hooks learners' attention to the phases of the moon. After discussing their observations, pupils use the Moon Giant website to view the moon on their birthday and complete a bar graph. The class creates an anchor chart...

If you are looking for an outstanding lesson on the Moon for your budding astronomers, look no further! This outstanding plan is full of wonderful, meaningful activities for your charges to engage in. Pupils will discover why there are...

Go on a moon mining expedition from the safety of your classroom with this space exploration simulation. Using simple models of the moon's surface prepared ahead of time by the teacher, young scientists are challenged with locating and...

Now you see it, now you don't. Our moon seems to pull a disappearing act from time to time—but why? Take your seventh grade scientists above and beyond to discover the truth about the moon and the role it plays in Earth's little...

Learners engage in science, math, and language activities as they do research on the components of the solar system. The class begins with some anticipatory activities and discussions before it is divided into small groups to conduct...

Observe the phases of the moon with this stackable moon phases model. Here, super scientists create the phases of the moon by cutting, coloring, and attaching pieces in the order in which the moon changes. 

Give your pupils a front row seat at the biggest light show in the sky this year! In addition to admiring the total solar eclipse, young astronomers can explain the phenomenon with a little help from an inquiry-based lesson. The focus of...

What does it take to get stuff to the Moon? Design teams create subsystems for a space transportation system to go to the Moon. The teams study Earth transportation components along with historical space transportation systems to...

Starry-eyed astronomers draw different views of the Moon in order to introduce its phases. Then they experiment with a ball and a lamp to recreate the phases. A demonstration ensures every pupil understands the process, and the...

You may not be able to take a field trip to the moon, but that doesn't mean your class can't study moon rocks. Using graham crackers as the moon's bedrock and powdered donuts as micrometeorites, young scientists simulate...

Since a field trip to the moon isn't possible, bring the moon to young astronomers! Participants use everyday materials to create models of the moon and represent the features on its surface. The materials serve as a tactile as well as a...

Surf's up, big kahunas! How do surfers know when the big waves will appear? They use science! Over the course of five days, dive in to the inner workings of tidal waves and learn to predict sea levels with the moon as your guide.

In 150 BC, Seleucus of Seleucia theorized that the moon causes the tides. Scholars learn about what causes tides by studying the interactions of gravity between the sun, moon, and Earth. They use technology to formalize otherwise...

Two hands-on activities celebrate the sun and moon autumnal equinox. First, scholars create a cairn using a shoebox, flashlight, and drawing tools to view the sun's progression. Second, learners take to the kitchen to bake mooncakes...

Be over the moon about finding a resource on lunar power stations. An interesting unit composed of 10 lessons has pupils first learn about the energy and power needs of a futuristic lunar colony. They design and build a lunar power...

How did the 2017 eclipse look in Los Angeles—or Chicago? Experience both views, plus many more, using a lesson from PBS's Space series for middle schoolers. Scholars follow the movements of the sun, moon, and Earth during the most recent...

Are you ready for the biggest astronomical event of the year? More importantly ... are you ready to share it with your scholars? Use a presentation filled with facts and diagrams to make sure everyone in class understands the importance...

Build a rover for pennies in a fun-filled activity! Young engineers design, build, test, and evaluate a lunar rover model. Using rubber bands, plastic straws, and cardboard, teams collaborate to make a rover model with spinning wheels....

Ignore the full moon, it's just a phase. Young scholars observe and record the moon during a full cycle before learning to predict future phases. Then the instructor leads a discussion on the other solar system objects that...

If you feel like you're standing still, you're wrong! The Earth is constantly rotating and orbiting under our feet. Demonstrate the Earth's movement within the solar system with a collaborative activity. With a candle or lamp in the...

Searching for an eclipse activity that sends scholars over the moon? Try an interesting interactive to get their minds active! The resource, part of an extensive Space series from PBS Learning Media, uses modeling and data analysis to...

As an introduction to Sharon Creexh's Walk Two Moons, a volunteer dons a pair of boots and walks about the classroom.Observers then ponder the axiom, Don't judge a man until you've walked two moons in his...