Air composition, density, pressure, and temperature are the focus of this Grade 6 Science worksheet resource for lessons on air and aerodynamics. Students examine how these properties affect the behaviour of air and use scientific reasoning to connect changes in temperature and altitude with changes in density and pressure.

What Students Explore

The resource develops core ideas about air and gas behaviour through questions that ask students to describe relationships, explain causes, and make predictions. Students consider how air composition, temperature, density, and pressure influence air behaviour, including why air pressure is connected to collisions between gas molecules. They also predict how changes in temperature and altitude can affect air density and pressure.

Built for Varied Practice

Students work through a mixture of multiple-choice, true-or-false, short-answer, matching, cloze, reading, and essay activities. A “Did You Know?” section adds an additional opportunity to connect the topic with scientific information. The range of response types gives teachers different ways to check factual knowledge, explanations, vocabulary, and scientific reasoning within the same lesson topic.

Included With the Resource

• Student worksheet focused on air composition, density, pressure, and temperature
• Student Notes & Lesson Summary supplement
• Separate Teacher Guide with Learning Objectives, Teaching Tips, Discussion Questions, and Common Mistakes

Classroom Use

Use the worksheet as guided class practice, independent work, a lesson review, or a way to check student understanding after instruction on air and aerodynamics. The accompanying notes supplement can support students as they organize key ideas, while the separate teacher guide provides practical prompts and teaching support for introducing, discussing, and reviewing the concepts.

This resource is listed for Grade 6 Science within an Alberta framework and keeps the learning focused on observable relationships between temperature, altitude, density, pressure, molecular collisions, and the behaviour of air.