Car Moving by Magnet Experiment Set Demounted

• Our product is a STEAM material for our students and other users, where they can acquire the scientific achievements of the concept of magnetic energy, as well as improve their manual and mental skills. It is presented in its special box, together with the Turkish installation manual.
• The product is produced in the ECE workshop under the supervision of the R&D team.
• Compatible with the curriculum
• Suitable for school, project, experiment, hobby work
• The experiment is carried out by the user using the materials provided in the package.

Package Included:

• Wheel (4 pcs)
• Chassis (140mm x 75mm x 3mm)
• Magnet fixing bar
• Special brass spindle (2 pcs)
• Spindle bearing (4 pcs)
• 20mm x 5mm oxide magnet (3 pcs)
• Magnet fixing on chasis pieces (2 pcs)
• Printed application guide (Short information about the experiment, the conduct of the experiment, the gains to be obtained from the experiment, the questions to guide the research about the experiment, to observe and benefit from the gains to be obtained from the experiment in daily life)

Targeted Gains:

• Knows what a magnet is and its poles.
• Observes that magnets attract or repel each other.
• Concludes that the same poles of magnets repel each other, while the opposite poles attract each other.
• Explains that the force exerted by magnets on materials is a force that does not require contact.
• Discovers the materials that the magnet affects by experimenting.
• Discovers by experimenting that pushing and pulling are forces.
• Explains the concept of force by observing the effects of push and pull forces on moving and stationary objects.
• Discovers by experimenting that the objects can be electrified and charged with opposite charge without touching each other.
• Gives examples of usage areas of magnets in daily life.
• Explains the reasons of magnetic properties of magnets and classifies materials according to their magnetic properties.
• Explains the repulsive and attractive force between magnets using the concept of magnetic field and analyzes the variables that this force depends on.