I Like To Move It! Physical Science Book for Kids - Newton's Laws of Motion | Children's Physics Book
#3 of 16 in Exploring Science for Kids Series
on Goodreads (1)
What’s inside...
If you're playing basketball, that's science in action! Science is all around us and in everything that we do, and this is even more true for basketball. Issac Newton explains the concept of Motion in Physical Science by using his Three Laws of Motion. In this book, you will get the chance to fully understand Newton's Three Laws using a sport we all know and love - Basketball! Learn who Sir Issac Newton was, and dive into Inertia and other great physical science terms that help to explain and simplify exactly how 'Motion' Works.
Discussion points
How do you think Newton's laws of motion affect your everyday activities like playing or riding a bicycle?
Can you think of an example where you've seen an object at rest stay at rest, or an object in motion stay in motion?
What do you imagine would happen if these laws didn't exist?
How do different forces, like pushing or pulling, change how objects move in your favorite games?
Tip: Role play these questions
Use everyday situations to illustrate Newton's laws such as observing motion while on a swing or when sliding objects across the floor.
Allow your child to play with balls, toy cars, or other objects to physically see how force affects motion.
Encourage your child to ask questions and make predictions about how objects in their environment move.
Key lessons
Example Lesson: Understanding Newton's Three Laws of Motion
Explanation: Through engaging experiments and explanations, the book introduces children to Newton's laws of motion, teaching them the basic principles of physics in an easy-to-understand way.
Real-World Application: Children can apply these principles to understand and predict the behavior of moving objects in their everyday life, such as riding a bicycle or playing ball.
Example Lesson: Encouragement of Critical Thinking
Explanation: The book challenges children to think critically about how and why objects move, fostering a deeper understanding of cause and effect.
Real-World Application: This skill helps children in solving practical problems and making predictions, such as anticipating the movement of a swing or the flight of a ball.
Example Lesson: Promotion of Scientific Inquiry
Explanation: By presenting interactive activities, 'I Like To Move It!' encourages children to question, experiment, and observe the outcomes, which are key aspects of scientific learning.
Real-World Application: Children learn to conduct simple experiments at home or school, enhancing their observational and analytical skills.
Example Lesson: Development of Problem-Solving Skills
Explanation: The book covers various problem-solving scenarios that involve applying Newton's laws to find solutions, helping children improve their logical reasoning.
Real-World Application: Kids can leverage this skill in academic settings or in daily life when faced with physical tasks or challenges requiring logical thinking.
Example Lesson: Inspiration for Lifelong Learning in Science
Explanation: By making physics accessible and enjoyable, the book motivates children to explore and appreciate science, setting a foundation for lifelong learning.
Real-World Application: This motivation can lead children to pursue further education in science, participate in science fairs, or simply maintain a curious and explorative mindset throughout their lives.