I absolutely love teaching moon phases and after 14 years, I feel like I've almost perfected the art of teaching this concept. I've created a lot of new things, come up with tips and tricks that will stick with my students, and created some pretty awesome hands-on activities for my students to be able to interact and experience the lunar cycle. And because I only use activities that give me 'a lot of bang for my buck,' I'm able to shorten the amount of time I need to teach the concept and students are mastering the material in less time than ever.
I begin on the first day with an engagement activity in which students receive a baggie full of moon phases and they are simply asked to place them in a logical sequence on their table. When they are done with the task, they raise their hand for me to come check it. Over 90% of the time, students will place the pictures in the correct sequence, but they will have the moon pictures laid out in a straight line. So I ask, "What comes after this last picture?" And they usually grab the first picture in the sequence and drag it to the end. Then I ask the exact same question again, followed by another card moving from the beginning of the sequence to the end AGAIN. So I ask, "Is there a better way you could lay these pictures out on your desk?" They very quickly realize that a circle is more appropriate because the moon phases are a never-ending cycle. There is no beginning and no end.
After this engagement activity, I begin the "Lunar Lollipop Investigation" in which each student gets to experience and discover for themselves what causes us to see various moon phases from earth and why the moon appears to be lit in the sky.
Day 2 involves some note-taking, diagram drawing/labeling, and tips and tricks. I created some large magnets with my Silhouette machine of the 8 moon phases, the Sun and the Earth. This allows me to model on the front board while students add information to their Interactive Science Notebooks. I have narrowed down learning moon phases into a few basic rules to memorize. And because a lot of my students struggle with drawing and labeling the moon phases if the location of the Sun varies on the diagram they are observing, I have also created 5 simple steps for students to follow to get the drawing and labeling of moon phases right every time.
In 8th grade, my students not only need to be able to identify the phase, but they need to be able to predict moon phases, so teaching the various time increments that pass between phases is crucial to them being able to master predicting. Day 2 ends with us drawing arrows (using 4 different colored pencils) to show the amount of time that passes from a new moon to new moon, new moon to full moon, new moon to first quarter, new moon to waxing crescent, etc...
On Day 3 students get to practice all of the information they've learned by "playing" with my moon phase cardboard circles and my moon phase boards. A few years ago, I went to a local bakery in town to ask if I could purchase some of her cardboard circles that she used under cakes. I happened to have taught all 3 of her daughters, so she graciously donated them to me. Score! I made 6 complete sets for my classes (6 sets of the moon as seen from Earth and 6 sets of the moon as seen from space - I call it the Gods-eye view). I do both of these sets because the view from space is often included in models and students don't quite understand the meaning or significance.
The students use Post-its to label the phases in both models and I come by to quickly check their answers when they are done. Once I've verified that everything is correct, I have them move to the other side of the model and lay the moons out again (with the Sun on the opposite side - once with the Sun on the left, once with the Sun on the right).
On Day 4 (and maybe a little on Day 5 if needed), my students have pretty much mastered the moon phases and they are ready to start predicting the sequence of events in the lunar cycle. TEKS 8.7B states that students should be able to demonstrate and predict the sequence of events in the lunar cycle. Using my "Predicting the Sequence of Events in the Lunar Cycle Activity" product, students work with a partner to roll the dice and predict various moon phases before and after the rolled moon phase. They have to draw the rolled phase, label it, show its location on a Sun-Earth-Moon diagram, and then draw and label the phase that comes a designated time before and after the rolled phase. Each roll of the dice requires them to predict a different amount of time before and after (so there's no need to worry about students rolling the same phase. The answers will always be different!)
And that, my friends, is how you teach (and have your students master) moon phases in under one week!
For more great lessons, labs, and activities that related to moon phases, check out these products in my Teachers Pay Teachers store:
- Space Science for Interactive Notebooks
- Moon Phases and Seasons Task Cards
- Daily Science Starters for Middle School - Earth and Space
- Predicting the Sequence of Events in the Lunar Cycle Activity
- That's a Fact, Jack! Fact or Fiction Science Sorting: Motions of Earth and Moon
- Day/Night, Seasons, Moon Phases, & Tides Review Circuit
- Predicting Moon Phases Color-by-Number
- 8th Grade Science STAAR Review- Reporting Category 3 (Earth & Space)
- Moon Phases Reciprocal Learning Activity
What a succinct way to get kids to grasp what can be a confusing concept! Thanks for sharing!
ReplyDeleteI love the idea of doing this all in one week. I have found that the moon phases are very hard for the students to grasp. My students would love all the activities you have planned. Thanks for the free worksheets!
ReplyDeleteThis would be a spectacular way to teach the phases of moons to students in a week without overwhelming them or not teaching some of the important aspects of this topic. The first part of the lesson where students are putting the moon phases in order would be a great way to engage in student centered learning. The students are first discovering the correct order, then by asking the appropriate questions, they are guided to construct a new idea and place their pictures in a circle because they then realize how the moon phases are continuous. The day 3 activity where students are labeling the moon phase boards with post its would be a great way to interactively assess students learning. This is also a form of nonlinguistic representations that allows student to assimilate knowledge by participating in kinestetic activity. Reviewing the phases this way would deepen students learning all together about this concept. These lessons could also be adapted to suit the needs of younger students by using cooperative learning to teach students in groups to incorporate this concept at their ability levels. This is a wonderful lesson that could be used for many grades, it would just need some minor adaptations. Thanks for sharing!
ReplyDeleteI love your idea of having an interactive notebook, especially with a spot designated for the input and output of each experiment! I think it is great for students to reflect upon their science labs and activities. I feel that it only broadens their understanding of the content and subject! Have you ever tried gluing foldables in your interactive notebooks? They could work for about anything science related- adding definitions for specific terms, using them as tables to document data and even for recording some observations made during a lab or activity! The students seem to enjoy them and are a wonderful tool for students of all ages!
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