Explore Simple Electric Circuits | Bulbs, Conductors & Insulators, Switches, Series & Parallel | Science Unit | Grades 5–6

Explore Simple Electric Circuits is a complete science unit on closed circuits, conductors and insulators, switches, series and parallel paths, and safe experiments for grades 5–6: a 27-page student book and a 14-page teacher guide.

Students draw and label a battery, wires, and a bulb as a closed path, then plan a table with prediction, observation, and conclusion for testing materials with approved low-voltage equipment. They sketch a switch open and closed and explain why the bulb goes out when the path is broken. They compare diagrams of two safe circuit arrangements, one with a single path and one with branches, without making sweeping claims about brightness. They finish by writing five rules for their experiment table, starting with no wall power.

What's Included

• 27-page student book with a how-to-use page, five learning paths, a project, a learning check, a glossary, and a reflection page
• Each path in four steps: Understand (explanation and worked example), Observe (an illustration to examine), Practice (Task A), Transfer (Task B)
• Five Task A practice tasks with help cards and five Task B transfer tasks that ask students to explain a new situation with reasons
• My project (2 pages): students explain one path to another student with a heading, two examples, and a question of their own
• Learning check with one explain-and-give-an-example prompt per path, plus a "Words and ideas" glossary for students' own explanations, and a reflection page
• Safety built in: the book and teacher guide specify approved low-voltage school equipment and never mains electricity
• 14-page teacher guide: overview, learning progression, five answer-guidance pages with sample answers for Task A, five method pages (5-, 20-, and 10-minute lesson phases), project and learning-check criteria, sources
• Print-ready PDF (A4; prints on US Letter with fit-to-page)

Learning Paths

1. Light a Bulb — A closed circuit with a power source
2. Conductors and Insulators — Predict, test, and conclude with safe materials
3. Switches — Open and closed paths, bulb on and off
4. Series and Parallel Paths — One path versus branches, compared in diagrams
5. Experiment Safely — Five rules for low-voltage testing

Students Will Learn To

• explain why a bulb lights only in a closed circuit that includes a power source
• plan a fair test of conductors and insulators and record prediction, observation, and conclusion
• describe series and parallel arrangements and follow safety rules for classroom electricity

Perfect For

• Grades 5–6 physical science: electricity and energy blocks
• Teachers who want a paper-based unit to run alongside, or ahead of, hands-on circuit stations
• UK and Australian classrooms: KS2 science (Year 6 electricity) or Year 6 Australian Curriculum science on electrical circuits
• Small groups, science centers, and sub plans (the paper tasks need no equipment)
• Homeschool families who want circuit concepts and safety rules in one printable book

Why Teachers Choose This Unit

• A complete sequence in one book: explanation, worked example, observation, practice, transfer, project, check, and reflection
• Written sample answers and feedback guidance for every path, including how to handle the open transfer task
• Two task levels in each path (A practice, B transfer), with support (sentence starters, word cards, shared image description) and extension (borderline case, counterexample, compare two solutions)
• Illustrations are discussion prompts; the explanations and safety rules are in the text, not in the pictures
• About 5–8 lessons, and each path can be taught as a separate module

Also part of the Science Bundle: four complete units for $49.90.

Created with AI assistance: ChatGPT (OpenAI) and Claude (Anthropic). Illustrations were generated with OpenAI ImageGen as discussion prompts; they are not photographs or scale diagrams. Edited for classroom use before publication.

Frequently Asked Questions

Which grade does this fit?

It is written for grades 5–6 and sits closest to elementary physical science on energy and electric circuits, for example NGSS 4-PS3-2. No official endorsement is claimed.

How long does it take?

Plan about 5–8 lessons. Each path has a 5-minute opening, a 20-minute explore phase, and a 10-minute consolidation, and paths can be taught separately.

Do I need lab equipment?

The tasks are written so students draw, predict, plan, and compare diagrams on paper. If you add hands-on testing, the book calls for approved low-voltage classroom equipment only, never a wall outlet, and tells students not to use damaged wire.

How is it delivered?

As an instant digital download after checkout. Nothing is shipped.