Overview

Aerodynamics and flight design for Grade 6 Science in Alberta is supported with 15 ready-to-teach worksheets that build from forces to design choices. Students move from identifying features of wing shapes and streamlining to explaining how air properties, pressure, and drag affect flight performance. This single unit bundle keeps practice consistent while supporting evidence-based reasoning and model-based thinking.

Each worksheet can stand alone for targeted review or be used in sequence for a multi-day mini-unit.

Framework focus: Alberta Science—students investigate, predict, analyze data, and use scientific language to justify their conclusions.

What's Included

• ✅ Wing Shapes Worksheet Pack | Grade 6 Science Activities – Students connect wing shape features to how airflow can change lift and stability.
• ✅ Streamlining Worksheet | Grade 6 Science Activities – Learners identify why streamlined designs reduce resistance and improve movement.
• ✅ Stability Balance Worksheet Grade 6 Science Practice and Review – Students practice explaining stability and balance in flight through labeled reasoning.
• ✅ Pressure Patterns Worksheet | Grade 6 Science Activities – Learners interpret pressure differences and use them to predict changes in motion.
• ✅ Parachute Physics Worksheet | Grade 6 Science Activities – Students investigate drag and air resistance using parachute-based scenarios.
• ✅ Flight Forces Worksheet | Grade 6 Science Activities – Students sort and describe the main forces that affect how objects stay aloft.
• ✅ Drag Types Worksheet | Grade 6 Science Activities – Learners compare how different kinds of drag can change speed and distance.
• ✅ Design Refinement Worksheet | Grade 6 Science Activities – Students refine a model design by explaining evidence from testing.
• ✅ Control Surfaces Worksheet | Grade 6 Science Practice – Learners use control surface ideas to predict turning, pitching, and stabilizing.
• ✅ Comparative Flight Worksheet | Grade 6 Science Activities – Students compare flight outcomes and justify which design changes caused the results.
• ✅ Bernoulli Principle Worksheet | Grade 6 Science Activities – Students apply Bernoulli reasoning to explain how airflow speed relates to pressure.
• ✅ Angle Effects Worksheet | Grade 6 Science Activities – Learners analyze how changing launch or wing angles can alter flight behavior.
• ✅ Air Properties Worksheet | Grade 6 Science Practice and Assessment – Students connect air properties to observable effects during flight investigations.
• ✅ Air Density Worksheet | Grade 6 Science Activities – Learners relate air density to drag and lift-like outcomes in simple models.
• ✅ Aerodynamic Design Worksheet | Grade 6 Science Practice – Students synthesize ideas to propose an aerodynamic design and explain their choices.

Skills & Standards

Aligned with the Alberta framework, this aerodynamics and flight design unit emphasizes scientific inquiry through observation, modeling, and analytical reasoning. Students use cause-and-effect thinking to connect airflow patterns, pressure changes, and force interactions (including drag and lift-like effects) to flight performance. Rather than treating vocabulary as isolated facts, learners repeatedly practice evidence-based explanations: they interpret given diagrams or scenarios, make predictions, and justify conclusions using data relationships from the worksheets.

Across the bundle, students build specific competencies such as describing how wing shape and streamlining influence airflow, explaining how stability and balance affect flight outcomes, comparing drag types, and connecting Bernoulli-style reasoning to pressure differences. They also develop design and engineering habits by refining models, selecting control surface adjustments, comparing comparative-flight results, and linking air properties and density to changes in motion. These tasks support students in communicating their thinking clearly using science terms appropriate for Grade 6.

Perfect For

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

How to Use

Use this as a single unit over 1–3 weeks. For example, start with wing shapes and streamlining, then move through pressure, forces, and drag types, and finish with refinement and aerodynamic design.

• Launch each lesson with a 3–5 minute warm-up question tied to the day’s concept (e.g., “What happens to drag when the surface becomes less streamlined?”).
• After guided discussion, have students complete the worksheet section independently or in guided practice groups, then use the written responses to conduct a quick evidence check.
• Close with brief exit tickets (one prediction + one justification) and an end-of-unit review that revisits the most common misconception areas from the aerodynamics and flight design worksheets.

Closing

With consistent prompts and clear evidence tasks, these 15 Alberta-aligned worksheets help Grade 6 students connect aerodynamic science to design decisions they can explain.