First Steps in Science: What is Motion?
First Steps in Science Series
What’s inside...
This educational book introduces young readers to the concept of motion, explaining the science behind how things move. Through simple language and engaging illustrations, children will learn about different types of motion in the world around them.
Series reading
Non-Sequential
Age
4-8
Length
32 pages
Text complexity
Discussion points
What are some examples of motion we can find in our daily lives?
How do different animals move? Can you think of any that move in unique ways?
Why do you think understanding motion is important?
Can you describe how things might move differently on the moon compared to here on Earth?
What would you invent to make moving easier or more fun?
Tip: Role play these questions
Before reading, ask your child what they already know about motion to gauge their prior knowledge and build on it throughout your reading.
Use real-life examples to illustrate concepts of motion mentioned in the book, like throwing a ball or riding a bicycle to make the discussion more relatable.
Encourage your child to demonstrate different types of motion with their own body or with toys to deepen their understanding and make the conversation interactive.
After reading the book, propose a simple experiment, such as observing the speed of different rolling objects, to apply the concepts discussed and improve comprehension.
Praise your child’s responses and curiosity to boost their confidence and interest in learning more about science-related topics.
Key lessons
Example Lesson: Understanding Basic Physics Concepts
Explanation: The book introduces young readers to the concept of motion, explaining it through simple, relatable examples that engage children's curiosity.
Real-World Application: Children can apply this understanding to observe and describe movements in everyday activities, such as playing in the park or riding a bike, enhancing their observational skills.
Example Lesson: Developing Critical Thinking
Explanation: By asking questions and presenting scenarios about motion, the book encourages children to think critically about how and why objects move.
Real-World Application: This skill helps children in problem-solving situations at school or in daily life, encouraging them to explore multiple solutions.
Example Lesson: Encouraging Scientific Inquiry
Explanation: The book fosters a sense of inquiry by prompting children to think about and experiment with concepts of speed and direction.
Real-World Application: Children learn to formulate questions and conduct simple experiments, which can be a foundation for science-based activities in educational settings.
Example Lesson: Promoting Language Skills
Explanation: As children learn specific terminology related to motion, they enhance their vocabulary and language skills through context-based learning.
Real-World Application: Improved vocabulary helps in better communication, reading comprehension, and confidence in academic environments.
Example Lesson: Learning Through Interaction
Explanation: The book encourages interactive learning by suggesting activities parents and children can do together to explore the concept of motion.
Real-World Application: This promotes collaborative learning and strengthens the bond between parents and children, making educational activities a fun part of everyday life.