Continue exploring the exciting world of electricity with Book 5 of the Young Physicists – Electricity Series. Designed for learners aged 10–11, this printable A4 physics workbook introduces series circuits through clear explanations, colourful illustrations, interactive activities, STEM investigations, and a knowledge quiz. Students discover how electricity travels through a single complete path, investigate how electrical components work together, and explore why a broken circuit stops the flow of electric current.

This engaging workbook helps pupils develop a deeper understanding of electrical circuits by investigating the components of a series circuit, following the path of electric current, predicting what happens when a bulb fails, and exploring real-life examples of series circuits. Practical STEM activities encourage scientific enquiry, observation, critical thinking, and problem-solving while making electricity fun and easy to understand.

Pages Included:

Cover – Series Circuits
Welcome Young Physicist!
What Is a Series Circuit?
Components of a Series Circuit
Following the Current Path
What Happens If a Bulb Fails?
STEM Investigation – Build a Series Circuit
Series Circuits in Everyday Life
Circuit Detective
Amazing Circuit Facts
Series Circuits Quiz
Young Physicist Certificate

Resource Details:

Series: Young Physicists – Electricity Series (Book 5)
Age Range: 10–11 Years
Key Stage: Upper KS2
Subject: Physics
Topic: Electricity – Series Circuits
Format: Printable PDF
Page Size: A4
Length: 12 Pages
Full Colour
Ready to Print
No Prep Resource

Perfect For:

KS2 Science
Upper KS2 Physics
Electricity
Series Circuits
STEM Activities
Physics Worksheets
Classroom Learning
Homeschool Education
Independent Learning
Homework
Revision
Science Clubs

Explore how electricity travels through a complete circuit while developing scientific enquiry skills through hands-on STEM activities, real-world applications, interactive investigations, and engaging review questions. This printable workbook provides an exciting introduction to series circuits and prepares pupils for more advanced topics in electricity and physics.