Developing interest of children in physics

Children are naturally drawn to physics because it is constantly intriguing, approachable, relevant, and entertaining to them. Get to know the fundamentals of physics and how you may integrate them into your child’s daily routine.

kids learning physics

The term “physics” may conjure up images of a professor or scientist calculating intricate calculations or scribbling notes on a piece of paper. But physics, at its most fundamental level, is a topic that youngsters find endlessly intriguing and relevant.


Physics is the learning that studies matter and its fundamental constituents. Also, it includes their motion and behavior in space and time, as well as the related entities of energy and force. Physics is the study of matter, its fundamental constituents, its motion and behavior in space and time, as well as the related entities of energy and force. Physics is one of the most basic scientific fields, with its primary purpose being to understand how the universe operates. Physics is also one of the most popular scientific subjects.

Developing interest in physics

Children are inherently gifted physicists. As they leap from play equipment, hang from a tree branch, or collapse a block construction, they gain information about the world around them via their play. With the addition of a few easy physics exercises, you may further enhance your child’s learning experience, particularly if you approach learning with the following teaching methods: Object-based learning

Curiosity should be real. Ask inquiries and search for challenges that are intriguing to tackle. Keep your clarifications brief and to the point. Instead, find out what your kid already knows and what they want to know. Make use of commonplace resources and relevant life experiences.

It’s quite OK if you don’t believe you have a natural knack for science. Teaching physics to children needs nothing more than an inquisitive mind and knowledge that children learn best via hands-on experience.


Provide your youngster with a magnet, and the two of you may explore the home together to find magnetic objects. Examine why certain things are magnetic and others are not and why this is so.

Buoyancy and physics

Investigate with your kid why certain things float while others float and sink. Fill the sink halfway with water and drop different household items into the water, including a paper clip, a sponge, a wooden spoon, and a metal spoon. What causes certain items, such as a sheet of paper, to float for a short period of time before sinking?

Gravitational forces 

Toss items such as socks, shoes, feathers, a flat sheet of paper, and a crumpled piece of paper from a stair landing or from a high vantage point, such as a balcony. Do all things finally come to rest on the ground? What causes certain items to seem to fall more quickly than others? Create paper aircraft to learn about the ideas of flying and gravity at the same time! Take a look at a bird in flight. What is preventing it from falling to the ground?

Motion and torque

To practice rolling and moving different things, like balls, a block, or a toy vehicle, around the room. What causes certain items to roll effortlessly while others need more effort to roll? Is it true that heavier items roll more readily than light objects? Does it make a difference what surface they are rolling on?

About the Author

Lisa Lee

Lisa Lee

I am a Parsons School of Design graduate with a certified teacher's license. At Gooroo, my passion is to educate students through an artist's approach, which requires critical thinking, creativity, and problem-solving. During the elementary years, I think that students broaden their perspective and expression through art, and this skill can be applied to any other fields of study later on. I believe that a true educator can be the key to unlocking every child's potential. Gooroo is a tutoring membership that matches students to tutors perfect for them based on their unique learning needs. Gooroo offers Math, English, SAT, Coding, Spanish tutoring, and more.