Horrible Science: Shocking Electricity
Horrible Science Series
on Goodreads (442)
What’s inside...
Are you buzzing to discover how an electric eel can give you a nasty shock? Or which scientist gave electric shocks to his eyeballs? Use fact files and quizzes, teacher tests and cartoons to discover the shocking facts about electricity. Are you buzzing to discover how an electric eel can give you a nasty shock? Why electricity keeps your heart beating? Or which scientist gave electric shocks to his eyeballs? Using fact files and quizzes, teacher tests and cartoons, discover the shocking facts about electricity.
Series reading
Non-Sequential
Age
8-12
Length
160 pages
Text complexity
Discussion points
What did you find most surprising about how electricity works?
Can you think of any everyday items that use the principles of electricity discussed in the book?
How do you think life would be different if electricity had never been discovered?
What are some ways we can stay safe around electricity based on what we've learned?
Why do you think understanding electricity is important in our world today?
Tip: Role play these questions
Encourage your child to relate the content of the book to real-life by asking them to identify electrical appliances at home.
Use the illustrations and experiments described in the book as a visual aid to help explain complex concepts.
You can perform simple and safe electricity experiments at home to demonstrate principles discussed in the book, enhancing understanding through practical application.
Pause during reading to ask predictive questions like 'What do you think will happen next?' or 'Why do you think that happened?' to keep them engaged.
After reading, connect the book’s content with its relevance to today’s technology-driven society to spark further interest and discussion.
Key lessons
Example Lesson: Understanding basic principles of electricity
Explanation: The book uses engaging experiments and facts to explain how electricity works, from static to circuits.
Real-World Application: Children can apply this knowledge by understanding everyday appliances and their safety around electricity, fostering a hands-on learning environment.
Example Lesson: The importance of scientific experimentation
Explanation: Through interactive and fun scientific experiments presented in the book, children learn how to set hypotheses and test them.
Real-World Application: This encourages children to engage in hands-on activities in their studies or at science fairs, enhancing their analytical and reasoning skills.
Example Lesson: Developing curiosity and lifelong learning
Explanation: The book presents electricity through captivating stories and weird, wonderful facts that pique children's interest.
Real-World Application: This teaching approach cultivates a love for learning and exploration, inspiring children to ask questions and seek answers beyond the classroom.
Example Lesson: The historical evolution of electrical knowledge
Explanation: Nick Arnold discusses the progression of electrical discoveries and the scientists involved, teaching children about the history of scientific thought.
Real-World Application: Understanding the timeline of discoveries can inspire children to appreciate the process of scientific advancement and recognize the contributions of various cultures.
Example Lesson: Safety with electricity
Explanation: A recurring theme in the book is the safe handling of electrical devices and the dangers of misusing them.
Real-World Application: Children learn to be cautious and responsible when dealing with or around electrical devices, reducing the risk of accidents at home and school.