🌎 Help Grade 6 students understand how gravity and relative motion shape the relationships among the Sun, Earth, and Moon! This Sun–Earth–Moon: Gravity and Relative Motion worksheet provides focused science practice for students exploring gravity, rotation, revolution, orbit, relative motion, and observable patterns in the Sun–Earth–Moon system. Designed with Grade 6 Alberta Science learning in mind, this resource helps students connect the motions of celestial bodies with the patterns they observe from Earth.

The Sun, Earth, and Moon form a dynamic system in which objects are constantly moving relative to one another. Earth rotates on its axis and revolves around the Sun, while the Moon revolves around Earth. At the same time, gravity plays an essential role in the orbital relationships within this system. This worksheet gives learners a focused opportunity to organize these ideas while developing scientific vocabulary, spatial reasoning, and systems thinking.

🌟 WHY TEACHERS WILL LOVE THIS RESOURCE
This worksheet provides targeted practice with important Earth and space science concepts while remaining flexible enough to complement your existing lessons.

✓ Focuses on the Sun–Earth–Moon system
✓ Reinforces gravity, rotation, revolution, and orbital motion
✓ Builds understanding of relative motion
✓ Encourages students to think about celestial bodies as an interconnected system
✓ Supports spatial reasoning and scientific modeling
✓ Works for guided practice, independent work, homework, or review
✓ Includes convenient Student Notes lines
✓ Complements diagrams, physical models, demonstrations, and space science readings

☀️ EXPLORE THE SUN–EARTH–MOON SYSTEM
Students observe the effects of Earth's movements and the Moon's motion regularly, even when they do not immediately recognize the underlying patterns. Learning about the Sun–Earth–Moon system helps students connect everyday observations of the sky with larger astronomical processes.

This worksheet can reinforce the idea that the Sun, Earth, and Moon are not stationary objects. Their motions occur simultaneously, and understanding those motions requires students to consider position, direction, orbit, and the point of view from which an observation is made.

🪐 UNDERSTAND GRAVITY AND ORBITAL MOTION
Gravity is a fundamental force involved in the motions of astronomical objects. The gravitational attraction between celestial bodies contributes to their orbital relationships. At a Grade 6 level, students can begin developing the concept that gravity helps keep the Moon in orbit around Earth and Earth in orbit around the Sun.

This creates an opportunity to move beyond the idea that gravity only causes objects to fall toward the ground. Students can recognize gravity as a force that acts across space and plays an important role in the organization and motion of celestial systems.

🔄 COMPARE ROTATION AND REVOLUTION
Students often need practice distinguishing between rotation and revolution. Rotation describes an object turning around its own axis, while revolution describes an object's movement around another object.

Earth's rotation and revolution provide clear examples for developing this distinction. The Moon's motion around Earth adds another layer to the system and gives learners opportunities to compare different types of movement. Building accurate vocabulary can help students communicate their understanding more clearly.

📚 KEY SCIENCE CONCEPTS
Depending on how this worksheet is incorporated into instruction, students can reinforce concepts including:

• Sun–Earth–Moon system
• Gravity
• Gravitational attraction
• Relative motion
• Rotation
• Revolution
• Earth's axis
• Earth's orbit around the Sun
• Moon's orbit around Earth
• Celestial motion
• Position and perspective
• Observable sky patterns
• Earth and space systems
• Scientific models

🧠 BUILD UNDERSTANDING OF RELATIVE MOTION
Motion is described relative to a reference point. This idea can be challenging for students when several celestial bodies are moving simultaneously. A model of the Sun–Earth–Moon system provides a useful context for helping learners consider how an object's motion may be described from different perspectives.

Students can develop spatial reasoning by thinking about which body is rotating, which body is orbiting another, and how these motions occur at the same time. This encourages a systems-based understanding rather than memorization of disconnected facts.

🌎 CONNECT EARTH'S MOTION TO OBSERVABLE PATTERNS
Earth's rotation helps explain the apparent daily movement of the Sun across the sky and the cycle of day and night. Understanding Earth's motion allows students to recognize that some apparent movement in the sky results from the motion of the observer's own planet.

This provides an excellent opportunity to connect the worksheet with observations students can make themselves. Sunrise, sunset, shadows, and changes in the visible sky can all become starting points for discussions about relative motion and Earth's rotation.

🌙 EXPLORE THE MOON'S MOTION AROUND EARTH
The Moon travels around Earth while Earth and the Moon together move around the Sun. Thinking about these simultaneous motions helps students appreciate the complexity of the system while strengthening their ability to interpret diagrams and models.

Teachers can use physical models, classroom demonstrations, or diagrams alongside this worksheet to help learners visualize the relative positions and motions of the Sun, Earth, and Moon. These visual supports can make abstract astronomical concepts easier to understand.

🔬 SUPPORTS GRADE 6 ALBERTA SCIENCE LEARNING
Designed for Grade 6 Alberta Science, this resource can supplement Earth and space science instruction involving celestial motion, gravitational interactions, patterns, and scientific models. It provides focused practice that can be integrated into a broader study of space systems.

Teachers can pair the worksheet with globe-and-light demonstrations, orbit models, diagrams, animations, observations, or science readings. Combining representations can help students recognize that models are useful tools for explaining objects and motions that occur on scales too large to observe directly in the classroom.

✏️ SKILLS STUDENTS CAN STRENGTHEN
• Identifying motions within the Sun–Earth–Moon system
• Distinguishing rotation from revolution
• Understanding gravity as an attractive force
• Connecting gravity with orbital motion
• Describing relative motion
• Interpreting space science diagrams and models
• Connecting Earth's rotation with observable patterns
• Applying Earth and space science vocabulary
• Developing spatial reasoning
• Recognizing relationships within a system
• Using evidence and models to explain scientific ideas

🔎 BUILD SYSTEMS THINKING THROUGH SPACE SCIENCE
The Sun–Earth–Moon system is an excellent example of an interconnected scientific system. Each object has its own motion while also participating in larger patterns of movement. Students can practice identifying components, relationships, and interactions rather than studying each celestial body separately.

This approach strengthens systems thinking, an important scientific skill that can transfer to later learning involving ecosystems, weather systems, body systems, and other complex interactions.

🧪 CONNECT LEARNING TO MODELS AND DEMONSTRATIONS
Space science concepts become easier to visualize when students work with models. A lamp, globe, and smaller sphere can help learners represent the Sun, Earth, and Moon while exploring rotation and revolution. Students can then connect what they observe in the model with concepts reinforced on the worksheet.

Models also provide opportunities to discuss scientific limitations. Classroom objects cannot reproduce the true sizes and distances of celestial bodies, but they can still help illustrate relative positions and patterns of motion.

📝 STUDENT NOTES SPACE INCLUDED
The worksheet includes Student Notes lines at the bottom, giving students a convenient place to record important vocabulary, teacher explanations, diagrams, or key takeaways. Learners might define rotation, revolution, gravity, orbit, or relative motion or summarize an important relationship within the Sun–Earth–Moon system.

The notes area can also support differentiation by providing space for sentence starters, vocabulary reminders, or additional teacher guidance. Keeping these supports directly alongside the worksheet can make review more convenient for students.

🏫 FLEXIBLE FOR DIFFERENT CLASSROOM ROUTINES
This Grade 6 Earth and space science worksheet can fit naturally into many instructional settings. Use it for:

• Whole-class science instruction
• Sun–Earth–Moon lessons
• Gravity and motion practice
• Independent student work
• Guided practice
• Science centres or stations
• Homework or take-home practice
• Small-group instruction
• Model-based learning activities
• Early finisher work
• Unit review
• Preparation for science assessments

💡 BUILD A FOUNDATION FOR FUTURE SPACE SCIENCE
Understanding gravity and relative motion gives students an important foundation for future learning about orbits, planetary systems, astronomy, forces, seasons, lunar patterns, and other Earth-space relationships. Students who understand the basic motions of Earth and the Moon are better prepared to investigate more complex astronomical patterns.

This worksheet provides a focused way to reinforce those foundational concepts while encouraging students to connect models, vocabulary, observations, and scientific explanations.

📌 RESOURCE AT A GLANCE
Subject: Science
Grade Level: Grade 6
Framework: Alberta
Topic: Sun–Earth–Moon: Gravity and Relative Motion
Primary Focus: Gravity, rotation, revolution, orbits, relative motion, and Earth-space relationships
Included Extra: Student Notes lines at the bottom of the worksheet

🌎 MAKE GRAVITY AND CELESTIAL MOTION EASIER TO UNDERSTAND
Give Grade 6 students focused practice exploring the relationships that connect the Sun, Earth, and Moon. Sun–Earth–Moon: Gravity and Relative Motion helps learners build understanding of gravity, rotation, revolution, orbital motion, and perspective while strengthening spatial reasoning and systems thinking.

Add this Grade 6 Alberta Science worksheet to your Earth and space science, gravity, astronomy, and Sun–Earth–Moon resources for convenient practice, review, and reinforcement!