Kinetic Energy Explained for children ESchooltoday Home, All Lessons

Table of content
What is energy. Explain Energy
What is Kinetic Energymechanical energy and kinetic energy
What is sound energy?
What is Thermal or Heat Energy?
What is Chemical Energy?
What is Electrical Energy?
What is Gravitational Energy?Explain elastic energy to kidsRadiant energy from electromagnetic waves
What is Energy Stored Transferred and Dissipation
Short quiz on energy

Asexual Reproduction
Charact' of Living Things
Elements, mixtures, comp.
Needs of Living Things
Nutrients in Food
Rock Cycle
Simple Machines
States of Matter
The Five Senses
Water Cycle

kinds of energy

Kinetic Energy

All moving things have kinetic energy. It is energy possessed by an object due to its motion or movement. These include very large things, like planets, and very small ones, like atoms. The heavier a thing is, and the faster it moves, the more kinetic energy it has.

Now let's see this illustration below.
There is a small and large ball resting on a table.

Kinetic energy example
Let us say both balls will fall into the bucket of water.
What is going to happen?

Motion energy example
You will notice that the smaller ball makes a little splash as it falls into the bucket. The heavier ball makes a very big splash. Why?

Note the following:

1. Both balls had potential energy as they rested on the table.
2. By resting up on a high table, they also had gravitational energy.
3. By moving and falling off the table (movement), potential and gravitational energy changed to Kinetic Energy. Can you guess which of the balls had more kinetic energy? (The big and heavier ball)

Let's see another classic example.
If you are in a hot room and you turn on the fan, what do you begin to feel? Air (wind). The speedy movement of the fan's blades has kinetic energy, which is then transferred into air (wind) that you now feel.

Other examples of Kinetic Energy include a moving car, moving wheel, and a moving arrow.

Example of kinetic energy

Can you give your own examples? Next, we shall look at Mechanical Energy.

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