Overview

Heat and Temperature Science for Grade 7 brings together five ready-to-use worksheets on thermal concepts, from energy sources to heat transfer and particle-based explanations, aligned to the Alberta framework. This Lesson Bundle (5 worksheets) for Grade 7 Science helps you keep a single unit focus while giving students repeated practice with models, comparisons, and evidence-based reasoning.

What's Included

• ✅ Heat and Temperature Science Worksheets | Grade 7 Investigation – Build understanding of how temperature relates to thermal changes using structured investigation prompts.
• ✅ Energy Sources and Conservation Worksheets | Grade 7 Science – Practice identifying energy sources and applying conservation ideas to thermal situations.
• ✅ Heat Transfer Worksheets: Conduction, Convection & Radiation Grade 7 – Compare conduction, convection, and radiation with scenarios that ask students to match mechanisms to evidence.
• ✅ Heat and Temperature Worksheets: Particles and Thermal Expansion Grade 7 – Use a particle model to explain temperature effects and thermal expansion outcomes.
• ✅ Heating Technologies and Energy Sources Worksheet | Grade 7 Science – Connect heating technologies to energy sources and reason about how design affects heat transfer.

Skills & Standards

Within the Alberta framework, this bundle supports core disciplinary thinking for Grade 7 Science around energy and thermal systems. Students use observations and provided information to explain temperature changes, then connect those explanations to how heat moves through matter. Across the worksheets, learners practice modeling (particle-based reasoning for heat and thermal expansion), comparing multiple processes (conduction, convection, and radiation), and using cause-and-effect logic to predict what happens when thermal energy is transferred or when conditions change.

You can also leverage the materials to strengthen evidence-based communication. Several worksheets prompt students to justify choices using the information given, rather than relying only on everyday language. This aligns well with the Alberta emphasis on making sense of phenomena, using scientific ideas to interpret results, and communicating reasoning clearly using appropriate science vocabulary.

Perfect For

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

How to Use

Plan for a typical 1–3 week unit pacing: introduce the foundational investigation first, follow with energy sources and conservation, then move into heat transfer mechanisms, and conclude with particles/thermal expansion and heating technology connections. Try using a short warm-up on the first day of each worksheet set (key vocabulary + one quick scenario), followed by guided practice where students complete the first questions with you and then work independently. Use exit tickets after the heat transfer and particle/expansion worksheets to check whether students can correctly match mechanisms to evidence and explain the “why” in simple sentences.

Closing

These Heat and Temperature Science worksheets give you consistent, topic-focused practice that helps students connect models to real thermal situations. ✅