At first glance it’s fine it seems possible There are several variations of this idea. In general, the materials we have are; a vehicle and a crane on it, a metal for the vehicle and a magnet attached to the crane.

We asked a person who knows the subject and: Mechanical engineer Fatih İnal He told us in a language that everyone can understand whether this idea is really possible or not.

Can the magnet exert a pulling force on the metal, allowing the vehicle to move without the need for gasoline or electricity?

Mainly gasoline prices while burning…

“Why shouldn’t it be possible?” You may mean it, but unfortunately it is not possible!

because fundamental laws of physics makes this impossible. A vehicle cannot be moved with a magnet attached, Newton’s first law of motion can be explained with The second and third law of motion also have arguments to support this statement.

Each of these 3 laws of motion is defined as:

1st Law: An object maintains its state of motion unless an unbalanced external force acts on it.
2nd Law: The product of the mass of an object and its acceleration is equal to the net force acting on it.
3rd Law: For every action there is an equal, same directed but opposite reaction.

Now let’s look at the first law of motion with examples:

While on a skateboard, with your foot without applying force to the ground you can’t move. If your car isn’t moving, get out and drive forward by applying force from behind, not while you’re in the car, right? Because if you apply an external effect to an object, you can cause a change in its motion state.

Although moving the vehicle with a magnet may seem like an external force is being applied, the second and third laws of motion come to our rescue at this point.

It is true that a magnet attached to the front of a vehicle attracts the metal in front of the vehicle. But at the same time this gravity also the reaction force in the opposite direction It will transfer itself to the vehicle through the parts connecting it to the vehicle.

So magnet, tool It will pull and push at the same time. In this case there is no unbalanced external force on the vehicle, the net force acting on the object is damped by two equal and opposite forces.

Hence, because of the magnet attached to the tool itself does not change the motion status. When standing it will stop, if it is moving it will keep the same motion (all effects except the magnetic force the magnet will exert are ignored).