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This experiment demonstrates the laws of physics behind the wooden woodpecker.
Let’s see how you can build a gun out of a plastic tube and some basic kitchen items.
A cylindrical body and a double cone are released on a slope. What happens?
This experiment models a way to raise the Titanic to the surface with nothing but a glass of fizzy water and some raisins.
How can you make a ping-pong ball defy gravity with the help of a straw?
This experiment sets out to find the balance point of a paper strip.
What is the secret of the juggling stick? Let’s uncover it together.
In this experiment, we will try to inflate a balloon inside a plastic bottle. Let’s see if it is possible.
How can you increase and decrease the surface tension of water?
Can you keep a ping-pong ball in the air with a straw?
In this experiment, we will examine how a ping-pong ball behaves in water.
Can you balance six nails on top of a seventh vertical nail so that they all stay in balance?
This experiment models the principle of inertia by using an egg and a sudden movement.
This experiment demonstrates how electromagnetic shielding works.
This experiment illustrates the kinetic theory of gases with flying metal balls in an enclosed container.
In the following experiment, we will try to make sounds visible.
This experiment explores the interaction between electrically charged bodies using plastic straws.
This experiment demonstrates the principles of electromagnetism using iron nails.
