Moon
Why does the Moon look different across the month?
Track moon shapes with a sky journal.
Draw tonight's moon and compare tomorrow.
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Stars, planets, rockets, and light
Tap what you like. We will start learning from your choice.
Why does the Moon look different across the month?
Track moon shapes with a sky journal.
Draw tonight's moon and compare tomorrow.
Why do stars twinkle when we see them from Earth?
Explore light, distance, and night sky patterns.
Find the brightest star-like point and describe it.
What helps rockets lift off and travel safely?
Build and test a launch model challenge.
Count down and launch a paper rocket test.
What jobs do astronauts do every day in space?
Plan a teamwork mission for a space station.
Name one teamwork job for a space crew.
Chosen Picture: ⭐ Star
Follow-up: Find the brightest star-like point and describe it.
Step 1: Look
What is a planet?
A year is the time Earth takes to go around the Sun once.
Step 2: Move
Moon Walk
Take slow, giant steps and imagine low gravity pulling you gently.
Step 3: Build
Constellation Dots
Connect star-like dots on paper to make your own constellation pattern.
Materials: paper, pencil or marker, dot stickers optional
Helper: Ask your child to name the constellation and tell a one-line space story.
Safety: Use child-safe drawing tools and clear the table before starting.
Reflect: What story does your new constellation tell?
Step 4: Sing
Planet Circle Song
Round and round the planets glide, circling stars side by side.
Beat: Trace big circles with your hands.
Step 5: Pause
Star Count Pause
Pick one bright star and focus on it quietly.
Breathe: Count four breaths while keeping your body still.
Create: Design a mission badge for a class or family space mission.
Crouch low and count down from five, then jump up like a rocket launch.
Take slow, giant steps and imagine low gravity pulling you gently.
Reach to different corners of the sky and name a color for each star you touch.
Five, four, three, two, one, zoom. Flying fast beyond the moon.
Beat: Stomp each number, jump on 'zoom'.
Round and round the planets glide, circling stars side by side.
Beat: Trace big circles with your hands.
Twinkle high, twinkle far, tell me where you are, bright star.
Beat: Snap slowly and point to the sky.
Imagine moonlight shining softly over everything.
Breathe: Breathe in slowly, breathe out even more slowly.
Pick one bright star and focus on it quietly.
Breathe: Count four breaths while keeping your body still.
Pretend you are floating gently in space without rushing.
Breathe: Relax shoulders on each exhale.
Why do we have day and night?
What is a planet?
How do rockets go up?
Why do some stars look brighter than others?
What tools do astronauts use in space?
How do we learn about planets we cannot visit yet?
The path an object takes as it moves around another object in space.
The force that pulls objects toward each other.
A large object that travels around a star.
A tool that helps us see very distant objects.
The Moon does not make its own light; it reflects sunlight.
A year is the time Earth takes to go around the Sun once.
Some planets have many moons while others have none.
Telescopes let us study very distant objects in space.
1. If you designed a space mission, what question would you want to answer first?
2. Why might astronauts need teamwork even for simple tasks?
3. How does learning about space help life on Earth?
Create a new planet with a name, climate, and surface features.
Stretch: Describe what visitors need to survive there.
Design a mission badge for a class or family space mission.
Stretch: Explain what each symbol on your badge represents.
Draw a simple moon base with sleeping, food, and science zones.
Stretch: Add one safety rule and one teamwork rule for the base crew.
Ask a grown-up to do this quick check so mission time stays safe and fun.
Place a stick in sunlight and trace its shadow at three times today.
Helper: Check in later and ask how the shadow changed and what that might mean.
Safety: Choose a safe flat area away from traffic and avoid looking directly at the Sun.
Reflect: How did the shadow direction change across the day?
Connect star-like dots on paper to make your own constellation pattern.
Helper: Ask your child to name the constellation and tell a one-line space story.
Safety: Use child-safe drawing tools and clear the table before starting.
Reflect: What story does your new constellation tell?
Build a paper rocket and test two launch angles to compare distance.
Helper: Count down together, then compare which launch angle traveled farther.
Safety: Launch paper rockets only in open indoor space and avoid aiming at people or pets.
Reflect: Which launch angle worked best, and what do you think caused that?
Tip 1: Invite prediction first: 'What do you think will happen?' before giving answers.
Tip 2: Use household objects to model orbit and rotation through movement.
Tip 3: Celebrate imaginative ideas, then ask for one scientific reason to support them.
