What causes levitation? – 5 Easy Magic Tricks For Kids To Do At Home

It comes from the interaction between two things:

An electric current flowing through the metal

A fluid

The metal is electrically charged and if that current is flowing through the metal then it will induce a current which will induce a voltage. The exact details of what the voltage and the current is, will vary depending on the metals alloy.

A magnet which is applied to the metal will attract it to flow along. Once it’s in the metal then it will pull the current into it, creating a levitated object. This is an example of ‘magnetism’. Another example is magnetism from a magnet that generates a magnetic field in a material.

One interesting thing to note is the metal can actually ‘collapse’ its structure and flow in the same way that a liquid does. This is because as a liquid expands its magnetic field it pulls on it’s molecules.

What is a magnetite magnet?

Mild iron magnets have a lot in common with most magnetic materials. In fact the term ‘magnetite’ comes from the Greek word ‘magnes’.

Magnetite is an unmagnetised iron oxide that forms when iron ore is cut into small flakes and then iron gas is passed through it to melt it. It’s a great way to make steel that won’t rust and is very strong.

Magnetite magnet is a much softer metal than iron and has a very unique magnetic field. It is magnetic and weak at low temperatures, but a magnetite magnet will attract a magnetic field.

Magnetite magnets have an attractive and repulsive magnetic field which can cause them to repel if they are in a magnetic field. Some of these magnets, like those in car door locks and door hinges are also magnetised to make them stronger. This doesn’t make a magnetite magnet strong enough to repel, they are still weak and can’t repel an external force. These magnets have a ‘reversed’ magnetising effect, allowing them to repel the magnetic field in the same way as a stronger magnet would.

Magnetite magnets have a magnetic field which is also reversed.

Magnetite magnets also make a good electrical conductor that’s very good at storing electricity. Magnetite magnets also attract in a magnetic field which causes them to work like a resistor, by moving around in the field until they are in their maximum range.

Many things like a vacuum cleaner, light bulb, battery, and even a

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