Overview

Celestial motion and seasons for 6th grade science—15 Alberta worksheet pages that help students explain patterns in the sky. 🪐 This lesson bundle supports instruction on day-night cycles, lunar phases, seasons, and eclipses with printable practice and clear student-ready prompts.

What’s Included

You will find 15 ready-to-use worksheets (aligned to Alberta expectations) that move from observation to models and evidence.

• ✅ 6th Grade Science | Solar Timekeeping Worksheet (PDF) – Alberta Standards – Practice using the Sun’s position to connect timekeeping and observable patterns.
• ✅ Grade 6 Science | Seasonal Tilt Worksheet (PDF) – Alberta Standards – Build explanations for how Earth’s tilt affects seasonal changes.
• ✅ 6th Grade Science | Predictive Models Worksheet (Alberta Standards) (PDF) – Use a model to predict outcomes and justify results with evidence.
• ✅ 6th Grade Science | Sun-Earth-Moon Phases & Eclipses Worksheet (Alberta Standards) – Identify phase patterns and connect alignments to eclipses.
• ✅ 6th Grade Science Worksheet – Sky Observations | Alberta Standards (PDF) – Record observations and connect them to classroom questions.
• ✅ Grade 6 Science Shadow Patterns Worksheet (PDF) | Alberta Standards – Analyze shadow changes to infer apparent motion of the Sun.
• ✅ 6th Grade Science | Lunar Phases Model Worksheet (Alberta Standard) (PDF) – Strengthen model-based reasoning for phases of the Moon.
• ✅ 6th Grade Science | Lunar Motion Worksheet (PDF) Alberta Standards – Determine relationships among lunar position, patterns, and time.
• ✅ 6th Grade Science Worksheets | Exploring Indigenous Sky Knowledge (PDF) – Support respectful learning by connecting sky knowledge to observations.
• ✅ 6th Grade Science | Eclipses and Alignments Worksheet (PDF) Alberta Standards – Examine alignments and use evidence to explain when eclipses occur.
• ✅ 6th Grade Science Worksheet | Earth Rotation & Day-Night Cycle (PDF) – Explain how Earth’s rotation creates the day-night cycle.
• ✅ 6th Grade Science | Day Night Cycle Worksheet (PDF) Alberta Standards – Apply cause-and-effect thinking to day and night patterns.
• ✅ 6th Grade Science | Celestial Patterns Worksheet (PDF) Alberta Standards – Organize observations into patterns and build coherent explanations.
• ✅ 6th Grade Science | Apparent Sun Path Worksheet (Alberta Standards) (PDF) – Trace the apparent Sun path and connect it to daily sky patterns.
• ✅ 6th Grade Science | Alberta Seasons Worksheet (PDF) with Answer Key – Consolidate seasonal understanding with guided practice and answer support.

Skills & Standards

Built for Alberta’s science approach, these activities emphasize crosscutting concepts such as patterns and systems, alongside Earth-and-space disciplinary core ideas about the Earth-Sun-Moon system and predictable cycles. Students practice modeling (using diagrams and representations), analytical reasoning (sorting evidence, comparing predictions, and revising claims), and evidence-based explanations (linking observations to statements about rotation, lunar phases, seasonal tilt, and eclipses).

Perfect For

• Teachers seeking structured instruction
• Sub plans
• Homework or review
• Intervention or centers
• Assessment preparation

How to Use

As a lesson bundle, plan a multi-day pacing routine: Day 1–2 for observation and introductory models (sky observations, shadow patterns, solar timekeeping), Day 3–4 for Earth rotation and day-night explanations, Day 5–6 for lunar phases and lunar motion, and Day 7 for seasons, apparent Sun path, and celestial patterns. Use quick checks (one paragraph of evidence, a model sketch, or a short table completion) after every 2 worksheets, and assign the “Alberta Seasons” worksheet with the answer key as a mid-unit or end-of-unit review. For centers, rotate pairs through modeling, explanation writing, and pattern identification so students can use their reasoning, not just terminology.

Closing

Download this grade 6 science lesson bundle to help students explain celestial motion and seasons using models, patterns, and evidence-based reasoning.