Coșul dvs. este gol.
Let's see what happens when you fix two burning candles and then two bottles of water to a seesaw.
This experiment demonstrates the laws of physics behind the roly-poly.
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.
Let’s use a tissue to transfer water from one glass to another.
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?
Acest experiment ilustrează principiul inerției prin utilizarea unui ou și a unei mișcări bruște.
This experiment demonstrates how electromagnetic shielding works.
This experiment illustrates the kinetic theory of gases with flying metal balls in an enclosed container.
Making a coil spin using a magnet and a 1.5V battery.
In the following experiment, we will try to make sounds visible.
This experiment explores the interaction between electrically charged bodies using plastic straws.