Bernoulli principle learning stations give Grade 6 science students a structured way to explore how moving air, pressure differences, and wing design relate to aerodynamic lift. Designed for an Alberta Air and Aerodynamics lesson, this station-based resource moves students beyond the oversimplified idea that lift has one cause and asks them to consider evidence from real aerodynamic examples.

Explore Airflow, Pressure, and Lift

Students work with examples involving airflow speed and pressure, using evidence from airfoil tests to identify how pressure differences can contribute to lift. The activity also develops a more complete picture of flight by connecting pressure differences with airflow direction, circulation, and wing shape.

This approach makes the resource useful when students are developing explanations of Bernoulli's principle and aerodynamics rather than simply memorizing a definition. Students record information as they move through the station cards and then bring their observations together in a station wrap-up.

What You Receive

• Station cards focused on Bernoulli's principle and aerodynamic examples
• Student station recording sheet for organizing information from each station
• Station wrap-up for bringing together ideas and evidence after rotations
• Teacher Guide included in the Answer Key PDF
• Learning objectives, teaching tips, discussion questions, and common mistakes in the Teacher Guide

Skills Students Practice

The station tasks focus specifically on explaining the relationship between airflow speed and pressure, interpreting evidence from airfoil testing, and recognizing how pressure differences can contribute to lift. Students also consider why airflow direction, circulation, and wing shape matter when explaining how lift is produced.

These concepts support Grade 6 study of air and aerodynamics while encouraging students to use evidence instead of relying on a single simplified explanation of flight.

Use It as a Classroom Rotation

Place the station cards around the classroom and have students rotate between them while completing their own recording sheet. After the rotations, use the station wrap-up to consolidate learning and the Teacher Guide discussion questions to support a whole-class conversation. The included teaching tips and common-mistakes guidance can also help you anticipate misconceptions while students work.

This Grade 6 air and aerodynamics activity is especially useful when your goal is to connect Bernoulli's principle to broader ideas about lift. Instead of treating pressure as the entire explanation, students examine how several aerodynamic factors work together, giving them a stronger foundation for discussing flight and airfoil behavior.