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100 Steps for Science: why it works and how it happened

4.00
on Goodreads (23)

What’s inside...

'stunning...succeeds in exploring complex topics in an exciting and visually accessible way' Born to Engineer'smart writing and wonderful illustrations' How it Works Plunge into the world of science and learn about humankind's ten most important discoveries, including stars, wheels, numbers, light, medicine, sound, atoms, materials, energy and life. See how early scientific observations made by ancient civilizations went on to shape our world today, and learn how technology evolved over time in ten breakthrough moments for each of the ten key discoveries. From the invention of the wheel, which was adapted over thousands of years to power the powerful modern engines of the modern age, learn how simple steps in science led to giant leaps for mankind.
Series reading

Non-Sequential

Age

7-10

Length

64 pages

Text complexity

Discussion points

What is one scientific discovery from the book that surprised you, and why?
How do you think the invention of the wheel has changed the way we live today?
Can you think of a problem in our daily lives that could be solved with science?
Which scientist from the book would you like to meet and what would you ask them?
How do you think science will change our world in the next 50 years?
Tip: Role play these questions
Start the conversation by sharing a scientific fact or invention from the book that interests you, which can help spark your child’s curiosity.
Encourage your child to think critically by asking them how different their daily life would be without certain scientific discoveries mentioned in the book.
After discussing a specific scientific concept, engage in a small related experiment or observation at home to bring the theory to life.
Link discussions from the book to real-life applications, showing your child the relevance of science in everyday scenarios.
Praise your child’s responses and ideas, reassuring them that curiosity and questioning are key parts of scientific thinking.

Key lessons

Example Lesson: Curiosity and Exploration
Explanation: This book stimulates curiosity about the natural world by revealing how science works and detailing historical scientific discoveries.
Real-World Application: Children are encouraged to question how everyday objects and systems work, which can lead to a deeper interest in science subjects at school.
Example Lesson: Critical Thinking
Explanation: By explaining the scientific methods behind major discoveries, the book teaches kids to analyze information critically.
Real-World Application: This skill can be applied in problem-solving tasks at school, helping children to weigh evidence and make informed decisions.
Example Lesson: Perseverance
Explanation: The stories of scientists who faced challenges and continued their work despite obstacles illustrate the importance of determination and persistence.
Real-World Application: Children learn the value of perseverance in their own challenges, whether in academics, sports, or personal projects.
Example Lesson: Appreciation for Nature and Technology
Explanation: The book explains the science behind natural phenomena and human-made inventions, fostering a respect for both nature and human ingenuity.
Real-World Application: Kids are taught to be more observant and appreciative of the environment and technological advances around them.
Example Lesson: Collaboration
Explanation: By highlighting collaborative scientific achievements, the book teaches the importance of working together to solve complex problems.
Real-World Application: Children can apply this lesson by engaging in teamwork at school and in extracurricular activities, understanding that collective efforts often yield better results.