Ürünler

The Galileo thermometer is named after its creator, the famous scientist
Galileo. A closed glass cylinder contains some liquid and
weighted glass bubbles. To these bubbles are attached metal labels with temperature values
written on them. When the temperature of the environment
changes, the density of the liquid in the thermometer
changes, causing some of the bubbles to float and some to sink
and the ambient temperature is determined.

It is a fun setup consisting of a hand pedal and a bicycle, coordinated in pairs to reach the graphic curve of a mathematical expression on the screen and create the shape closest to that line.

Wheels and gears are simple machines. Wheels and gears can be used adjacent to each other, or they can be used with belts or chains when the distance between them increases. The gears attached to each other rotate in opposite directions. When two different sized wheels are connected to each other, the number of rotations of the small wheel is more and the number of rotations of the large wheel is less.

There is an area on the table with models of the four basic components of the ecosystem. As the visitor moves the sliding screen, the features of the component group to which the object in the model in front of him/her belongs are shown on the screen. The ecosystem components to be included are non-living entities, producers, consumers and decomposers.

This setup consists of a plane mirror, a long curved metal tube and a pair of glasses through which the mirror
is viewed. When viewed through the glasses
only the image of the metal pipe
in the mirror can be seen. Looking at the image in the mirror, you need to follow the pipe without touching the metal
pipe with your hand.
When you touch the metal tube, the electrical circuit is completed
sound and light signals are heard. Here, since the image in the mirror is inverted
, eye-brain-hand coordination is mistaken and it becomes difficult to follow
by hand

The visitor is presented with a series of bouncing balls neatly aligned on top of each other with a guide wire. Visitors release the balls and as they fall downwards, the kinetic force of each ball is transferred to the ball above it as it hits the ground. The mass of the balls decreases as you move upwards, the speed of the balls must increase to maintain linear momentum. As a result, the top ball on the wire flies upwards.

It is a setup where our national satellites designed in our country and working in space are exhibited. A circular world map will be printed on the center of the table with the help of illuminated plexi. 4 touch screens connected to the world map will be positioned at equal intervals around the table. Each screen will feature one of the 4 satellites to be processed in this station and information about that satellite will be given on the screen.

When the first ball is pulled and released, it gains a velocity, and the physical quantity
resulting from the product of this velocity and the mass of the ball is called momentum. Since the balls are of equal mass
, as soon as the first ball hits the ball next to it, it transfers its momentum to the other ball based on the principle of conservation of momentum
. In this way, the transfer
is completed and the next ball has the same momentum as the last ball. Since the masses and
momentum are the same, the last ball will move with the speed
of the first ball.e